Crédits des ressources visuelles
Sources et droits des cartes du planétarium v5 de Solunari. Ces illustrations sont indépendantes des positions planétaires calculées et de l’astrologie symbolique.
Solunari a redimensionné les cartes, les a converties en WebP, a retiré les métadonnées et les a projetées sur des sphères ombrées en rotation. Le rendu web ajuste le contraste de Vénus, Uranus et Neptune. Les modifications et limites des sources originales figurent ci-dessous.
Les auteurs et institutions sources ne parrainent ni ne cautionnent Solunari ou son contenu astrologique.
Registre des ressources et empreintes des fichiers
Soleil (sun)
Solar System Scope / INOVE
Solar System Scope / INOVE, CC BY 4.0; based on NASA data
Source · Licence et conditions d’utilisation
Notes originales de la source (anglais)
NASA-inspired solar visualization; not a contemporaneous solar observation or validated global photosphere map.
Lune (moon)
NASA Scientific Visualization Studio / Ernie Wright; LRO LROC/LOLA teams
NASA's Scientific Visualization Studio
Source · Licence et conditions d’utilisation
Notes originales de la source (anglais)
2025 LRO color mosaic. White balance/exposure adjusted; polar gaps filled with LRO albedo. Source describes this as optimized for aesthetics.
Mercure (mercury)
Solar System Scope / INOVE
Solar System Scope / INOVE, CC BY 4.0; based on NASA data
Source · Licence et conditions d’utilisation
Notes originales de la source (anglais)
NASA-data-derived visual map; colors adjusted and unmapped gaps may be artistically filled.
Vénus (venus)
Solar System Scope / INOVE
Solar System Scope / INOVE, CC BY 4.0; based on NASA data
Source · Licence et conditions d’utilisation
Notes originales de la source (anglais)
Representative cloud appearance rather than the radar-visible surface.
Mars (mars)
Solar System Scope / INOVE
Solar System Scope / INOVE, CC BY 4.0; based on NASA data
Source · Licence et conditions d’utilisation
Notes originales de la source (anglais)
NASA-data-derived visual map; colors adjusted and unmapped gaps may be artistically filled.
Jupiter (jupiter)
NASA GSFC / Space Telescope Science Institute; Amy Simon, Michael Wong, Glenn Orton / OPAL
NASA's Goddard Space Flight Center / Space Telescope Science Institute
Source · Licence et conditions d’utilisation
Notes originales de la source (anglais)
2015 Hubble global map, including Great Red Spot. Historical atmosphere, not today's clouds. Published NASA source requests these credits; no separate copyright restriction is identified for this map.
Saturne (saturn)
Solar System Scope / INOVE
Solar System Scope / INOVE, CC BY 4.0; based on NASA data
Source · Licence et conditions d’utilisation
Notes originales de la source (anglais)
NASA-data-derived visual map; colors adjusted and unmapped gaps may be artistically filled.
Uranus (uranus)
Solar System Scope / INOVE
Solar System Scope / INOVE, CC BY 4.0; based on NASA data
Source · Licence et conditions d’utilisation
Notes originales de la source (anglais)
NASA-data-derived visual map; colors adjusted and unmapped gaps may be artistically filled.
Neptune (neptune)
Solar System Scope / INOVE
Solar System Scope / INOVE, CC BY 4.0; based on NASA data
Source · Licence et conditions d’utilisation
Notes originales de la source (anglais)
Licensed interpretive atmospheric appearance. No verified photographic global Neptune mosaic was found in the reviewed primary catalog; JPL's older Neptune map is explicitly fictional. Displayed as illustrative atmosphere, not a verified science mosaic.
Pluton (pluto)
NASA / Johns Hopkins University Applied Physics Laboratory / Southwest Research Institute
NASA/JHUAPL/SwRI
Source · Licence et conditions d’utilisation
Notes originales de la source (anglais)
2017 New Horizons MVIC global color composite from the 2015 flyby; resolution varies and southern coverage is missing. Published NASA page identifies these mission credits with no separate copyright restriction.
Saturne (saturn-rings)
Solar System Scope / INOVE
Solar System Scope / INOVE, CC BY 4.0
Source · Licence et conditions d’utilisation
Notes originales de la source (anglais)
Radial alpha profile, not an equirectangular planet map. Mapped across ring radius with planar depth testing.