![]() This research has made use of the Stellarium planetarium If the Stellarium planetarium was helpful for your research work, the following acknowledgment would be appreciated: get support, report bugs, request new features.You can learn more about Stellarium, get support and help the project from these links: Marla Pinaire, Satish Mallesh, Vlad Magdalin. Laurence Holt, Jeff Moe (Spacecruft), Astronomie-Werkstatt "Sterne ohne Grenzen", John Bellora, Vernon Hermsen, Triplebyte, Many individuals and organizations are supporting the development of Stellarium by donations, and the most generous financial contributors (with donations of $250 or more) are HoffmannĬollaborators: Ruslan Kabatsayev, Worachate Boonplod, Jocelyn GirodĪnd everyone else in the community. ![]() Moderately dark environment (deep shadow or indoors)ĭevelopers: Alexander V.3D graphics card which supports OpenGL 3.3 and above.Linux/Unix Windows 10 and above macOS 11.0 and above.Mouse, Touchpad or similar pointing device.3D graphics card which supports OpenGL 2.1 and GLSL 1.3 or OpenGL ES 2.0.Linux/Unix Windows 7 and above macOS 10.15 and above.D/L/Nakota and Ojibwe skycultures withdrawn.Zotti gave a presentation about Virtual Archaeoastronomy with Stellarium (YouTube) for the Society for Cultural Astronomy in the American Southwest (SCAAS) on February 25th, 2023 Wolf gave a presentation about Stellarium 1.0 (YouTube) at the Siberian Astronomical Forum SibAstro 2022 on September 25th, 2022 Wolf gave a presentation about Stellarium - key changes in the last 5 years (YouTube) at the Siberian Astronomical Forum SibAstro 2021 on September 25th, 2021 Zotti gave a presentation about Stellarium (YouTube) for the China-VO (Virtual Observatory of the Chinese Academy of Sciences) on February 1st, 2021 Zotti gave an invited talk (YouTube) at the IAU Symposium 367 on December 9th, 2020 Zotti gave a talk about creating 3D sceneries (YouTube) at the TAG2016 Skyscapes session on December 20th, 2016 add your own deep sky objects, landscapes, constellation images, scripts.ability to add new solar system objects from online resources.plugin system adding artifical satellites, ocular simulation, telescope control and more.skinnable landscapes with spheric panorama projection.HTTP interface (web-based control, remote control API).graphical interface and extensive keyboard control.spheric mirror projection for your own low-cost dome.fisheye projection for planetarium domes.very realistic atmosphere, sunrise and sunset.images of nebulae (full Messier catalogue).constellations for 40+ different cultures.asterisms and illustrations of the constellations.extra catalogue with more than 1 million deep-sky objects.default catalogue of over 80,000 deep-sky objects.extra catalogues with more than 177 million stars.default catalogue of over 600,000 stars.Currently, placemarks do not appear in Google Sky Maps. Note: You can only display one KML file at a time. To see KML-based content, enter the URL of your KML file in the search box and click Search. ![]() View KML contentĪfter you've created a map, you can view KML-based content. Note: You can only print the base imagery, not imagery from views like infrared or historical. To print an image, go to the top right and click Print. Paste the address in an email or message field and send it to someone.Copy the web address in the address bar.In the top left, click Link to this page.You can share a link to your current view and post it on a website or give it to others. To adjust the opacity, move the slider (if available). You can see interesting collections of imagery by clicking the thumbnails at the bottom of the page, like Hubble Showcase. You might get a better view by zooming out. Historical: See historical maps of the sky.Microwave: See microwave imagery of the current view.Infrared: See infrared imagery of the current view.Note: You can use more than one view at a time. To see different views in Google Sky Maps, go to the top right and choose a view. These coordinates update as you move the cursor. Note: In the bottom left, you'll see the coordinates of your cursor. ![]() Tip: To center and zoom in on a place, double click the place.
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