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| The '''Orian System''' is...(add more detail here). | | The '''Orian System''' is...(add more detail here). |
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| | {{TOC limit|3}} |
| | == Stellar Bodies == |
| '''Primary Star:'''<br /> | | '''Primary Star:'''<br /> |
| | {{Main|[[Orian Major|Orian]]}} |
| Details concerning the star of Orian. | | Details concerning the star of Orian. |
| * Orian, Mean Diameter: 3,600,000km | | * Orian, Mean Diameter: 3,600,000km |
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| | == Inner Solar System == |
| | === Inner Planets === |
| '''Orbit One:'''<br /> | | '''Orbit One:'''<br /> |
| The first orbital pattern within the Orian system is held by a trio of dwarf planets known as the Sisters of Orian. While in years gone by it was believed that only two of these entities could be defined as planets, it has recently been discovered that all three planets orbit a single center of mass and do not in actuality orbit each other. | | The first orbital pattern within the Orian system is held by a trio of dwarf planets known as the Sisters of Orian. While in years gone by it was believed that only two of these entities could be defined as planets, it has recently been discovered that all three planets orbit a single center of mass and do not in actuality orbit each other. |
| * Mukuru, Mean Diameter: 5,800km | | * [[Mukuru]], Mean Diameter: 5,834km |
| * Nevenpa, Mean Diameter: 4,800km | | * [[Nuvenpa]], Mean Diameter: 4,886km |
| * Ulatyu, Mean Diameter: 4,650km | | * [[Ulatyu]], Mean Diameter: 4,652km |
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| '''Orbit Two:'''<br /> | | '''Orbit Two:'''<br /> |
| Details concerning the tropical paradise of Aeotheran. | | Details concerning the tropical paradise of Aeotheran. |
| * Aeotheran, Mean Diameter: 10,300km | | * Aeotheran, Mean Diameter: 12,256km |
| | ** Relative Earth-sized world, environment is varied across the globe; best known for its tropical regions and mountain ranges. |
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| '''Orbit Three:'''<br /> | | '''Orbit Three:'''<br /> |
| Details concerning the Gas Giant of Amphor. | | Details concerning the Gas Giant of Amphor. |
| * Amphor, Mean Diameter: 105,000km | | * Amphor, Mean Diameter: 105,624km |
| ** Amphor Six, Mean Diameter: 1,357km | | ** Amphor Six, Mean Diameter: 1,357km |
| ** 14 Additional Satellites | | ** 14 Additional Satellites |
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| '''Orbit Four:'''<br /> | | '''Orbit Four:'''<br /> |
| The fourth orbital pattern within the Orian system is comprised of Gamuslag and Sepros. Similarly to the Sisters of Orian, Gamuslag was once considered a satellite to Sepros until the discovery that the two entities share a center of mass. Due to the two planets close proximity, the satellites Sepros Major and Sepros Minor are consistently being monitored by members of the scientific community to ensure they don't break their orbital holding from Sepros. | | The fourth orbital pattern within the Orian system is comprised of Gamuslag and Sepros. Similarly to the Sisters of Orian, Gamuslag was once considered a satellite to Sepros until the discovery that the two entities share a center of mass. Due to the two planets close proximity, the satellites Sepros Major and Sepros Minor are consistently being monitored by members of the scientific community to ensure they don't break their orbital holding from Sepros. |
| * Gamuslag, Mean Diameter: 6,400km | | * Gamuslag, Mean Diameter: 6,428km |
| * Sepros, Mean Diameter: 12,460km | | * Sepros, Mean Diameter: 12,462km |
| ** Sepros Major, Mean Diameter: 3,141km | | ** Sepros Major, Mean Diameter: 3,141km |
| ** Sepros Minor, Mean Diameter: 1,570km | | ** Sepros Minor, Mean Diameter: 1,576km |
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| '''Orbit Five:'''<br /> | | '''Orbit Five:'''<br /> |
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| ** Dentavii Prime, Mean Diameter: 974km | | ** Dentavii Prime, Mean Diameter: 974km |
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| | == Outer Solar System == |
| '''Companion Star:'''<br /> | | '''Companion Star:'''<br /> |
| Details concerning this orbital pattern and entity therein. | | Details concerning this orbital pattern and entity therein. |
| * Orian Minor, Mean Diameter: 87,000km | | * Orian Minor, Solar Diameter: 87,000km (*Going to change!*) |
| ** Note: Need to come up with an explanation other than "Space Magic" as to how this is possible, otherwise alter the star/entity to explain another "star" without being a star | | ** Note: Need to come up with an explanation other than "Space Magic" as to how this is possible, otherwise alter the star/entity to explain another "star" without being a star (May need to change object, seems unlikely to work as is) |
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| | === Outer Planets === |
| '''Orbit Six:'''<br /> | | '''Orbit Six:'''<br /> |
| Details concerning the arctic tundra of Tarthos. | | Details concerning the arctic tundra of Tarthos. |
| * Tarthos, Mean Diameter: 9,530km | | * Tarthos, Mean Diameter: 13,534km |
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| '''Orbit Seven:'''<br /> | | '''Orbit Seven:'''<br /> |
| Details concerning the Gas Giant of Inos and its many, many moons. | | Details concerning the Gas Giant of Inos and its many, many moons. |
| * Inos, Mean Diameter: 192,000 | | * Inos, Mean Diameter: 142,648 |
| ** 43 Satellites, including Inos 18, Inos 27 and Inos 42 | | ** 43 Satellites, including Inos 18, Inos 27 and Inos 42 |
| {{Clear}} | | {{Clear}} |
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| {{Naga Sadow}} | | {{Naga Sadow}} |
The Orian System is...(add more detail here).
Stellar Bodies
Primary Star:
- Main article: [[Orian|Orian]]
Details concerning the star of Orian.
- Orian, Mean Diameter: 3,600,000km
Inner Solar System
Inner Planets
Orbit One:
The first orbital pattern within the Orian system is held by a trio of dwarf planets known as the Sisters of Orian. While in years gone by it was believed that only two of these entities could be defined as planets, it has recently been discovered that all three planets orbit a single center of mass and do not in actuality orbit each other.
Orbit Two:
Details concerning the tropical paradise of Aeotheran.
- Aeotheran, Mean Diameter: 12,256km
- Relative Earth-sized world, environment is varied across the globe; best known for its tropical regions and mountain ranges.
Orbit Three:
Details concerning the Gas Giant of Amphor.
- Amphor, Mean Diameter: 105,624km
- Amphor Six, Mean Diameter: 1,357km
- 14 Additional Satellites
Orbit Four:
The fourth orbital pattern within the Orian system is comprised of Gamuslag and Sepros. Similarly to the Sisters of Orian, Gamuslag was once considered a satellite to Sepros until the discovery that the two entities share a center of mass. Due to the two planets close proximity, the satellites Sepros Major and Sepros Minor are consistently being monitored by members of the scientific community to ensure they don't break their orbital holding from Sepros.
- Gamuslag, Mean Diameter: 6,428km
- Sepros, Mean Diameter: 12,462km
- Sepros Major, Mean Diameter: 3,141km
- Sepros Minor, Mean Diameter: 1,576km
Orbit Five:
Details concerning the Astroid Belt of Dentavii.
- The Dentavii Asteroid Belt
- Dentavii Prime, Mean Diameter: 974km
Outer Solar System
Companion Star:
Details concerning this orbital pattern and entity therein.
- Orian Minor, Solar Diameter: 87,000km (*Going to change!*)
- Note: Need to come up with an explanation other than "Space Magic" as to how this is possible, otherwise alter the star/entity to explain another "star" without being a star (May need to change object, seems unlikely to work as is)
Outer Planets
Orbit Six:
Details concerning the arctic tundra of Tarthos.
- Tarthos, Mean Diameter: 13,534km
Orbit Seven:
Details concerning the Gas Giant of Inos and its many, many moons.
- Inos, Mean Diameter: 142,648
- 43 Satellites, including Inos 18, Inos 27 and Inos 42