Line 108:
Line 108: == Alirian Outer System ==
== Alirian Outer System ==
{| class=wikitable style="margin-left: auto; margin-right: auto; width:40%; text-align:center;"
{| style="margin-left: auto; margin-right: auto; width:30 %; text-align:center;"
! Planet !! Ves !! Non
|+
|-
! {{OuterPlanetsAlir}}
! Class
| Ice World || Gas Giant
|-
! Mass (Earth masses)
| 3.91 || 220.89
|-
! Radius (km)
| 11125.00 || 68433.00
|-
! Rotation Period (hours)
| 13.56 || 8.24
|-
! Ocean Data
| N/A || N/A
|-
! Orbital Data (Period)
| 102.11 years || 270 years
|-
! Semi-major Axis (AU)
| 22.65 || 43.38
|-
! Eccentricity
| 0.03 || 0.02
|-
! Axial tilt
| 3.20 || 1.20
|-
! Inclination (°)
| -0.40 || 1.42
|-
! Max temperature (°C)
| -200 || -190
|-
! Average Temperature (°C)
| -224 || -210
|-
! Min Temperature (°C)
| -240 || -230
|-
! Atmospheric Pressure (atm)
| ||
|-
! Atmosphere Composition % (CO2)
| 0.99 || N/A
|-
! Atmosphere Composition % (SO2)
| 0 || N/A
|-
! Atmosphere Composition % (H2O)
| 0 || N/A
|-
! Atmosphere Composition % (N2)
| 98.41 || N/A
|-
! Atmosphere Composition % (CO)
| 0 || N/A
|-
! Atmosphere Composition % (Ar)
| 0.013048 || N/A
|-
! Atmosphere Composition % (Ne)
| 0.06804 || N/A
|-
! Atmosphere Composition % (Kr)
| 0 || N/A
|-
! Atmosphere Composition % (He)
| 0.52164 || N/A
|-
! Atmosphere Composition % (O2)
| 0 || N/A
|}
|}
Revision as of 04:02, 22 August 2023
Constellations of the Gothan Night Sky The vast expanse of the night sky has long captivated the human imagination. From the primitive civilizations of yore to today's advanced societies, one consistent practice stands out – the grouping of stars into recognizable patterns, known as constellations. However, this practice isn't merely about observing the sky. The significance of constellations lies in their rich history and their reflection of human culture, beliefs, and myths.
Origins in Antiquity
The partitioning of the starry expanse into specific regions, each marked by a set of stars, is a practice that dates back to ancient times. The origin of both the patterns and names attributed to these constellations is believed to lie in the systems prevalent among primitive civilizations. The ways in which stars were grouped and named provides valuable insights into the meteorological, religious, and mythological beliefs of these early societies.
From Constellations to Asterisms
While the larger star patterns are referred to as constellations, there exists a subset known as asterisms. These are smaller groups of stars that are part of larger constellations. Just like constellations, asterisms, as well as individual stars, have been given names throughout history. Often, these names echo meteorological phenomena or encapsulate the religious and mythological beliefs of the societies that named them.
Alir
Star
Alir
Class
G-type Main Sequence Star (G2V)
Mass (Earth masses)
333,000
Radius (km)
696,340
Rotation Period (hours)
Approximately 609.12 (at the equator)
Ocean Data
N/A
Orbital Data (Period)
N/A
Semi-major Axis (AU)
N/A
Eccentricity
N/A
Axial tilt
Approximately 7.25° (to the ecliptic)
Inclination (°)
N/A
Max temperature (°C)
Approximately 15 million (at the core)
Average Temperature (°C)
Approximately 5,500 (surface)
Min Temperature (°C)
Approximately 4,000 (in sunspots on the surface)
Alirian Inner System
Planet
Numor
Samler
Nemon
Gotha
Roth
Image
1 1 1 1 1 1 1
Class
Sub-giant Gas Planet
Water World
Warm Rocky
Gothan
Frigid Rocky
Mass (Earth masses)
3.42
6.07
0.18
1.00
0.37
Radius (km)
8,812.60
13,760.00
3203.00
6,371.00
4,714.00
Rotation Period (hours)
Tidal Locked
15.58
268.80
24.00
152.40
Ocean Data
N/A
Water
N/A
Water
N/A
Orbital Data (Period)
28.4 days
107 days
173 days
365 days
3.09 years
Semi-major Axis (AU)
0.18
0.44
0.61
1.00
2.10
Eccentricity
0.00
0.05
0.00
0.03
0.00
Axial Tilt
90.00
5.23
21.10
10.10
5.20
Inclination (°)
0.82
0.72
0.07
-0.78
-0.40
Max Temperature
623.00
235.00
109.00
46.70
-114.00
Average Temperature
228.00
197.00
91.20
14.76
-173.00
Min Temperature
-43.00
149.00
38.40
-89.20
-273.00
Atmospheric Pressure (atm)
1224.90
52.72
0.12
1.00
0.15
Atmosphere Composition % (CO2)
74.27
48.32
89.50
0.04
92.00
Atmosphere Composition % (SO2)
10.95
0.59
2.05
0.00
0.00
Atmosphere Composition % (H2O)
7.58
45.64
0.00
0.00
0.00
Atmosphere Composition % (N2)
7.17
5.42
8.25
78.94
7.95
Atmosphere Composition % (CO)
0.04
0.03
0.50
0.00
0.00
Atmosphere Composition % (Ar)
Trace
Trace
0.05
0.01
0.03
Atmosphere Composition % (Ne)
Trace
Trace
0.05
0.01
0.03
Atmosphere Composition % (Kr)
Trace
0.00
0.00
0.00
0.00
Atmosphere Composition % (He)
0.00
Trace
0.00
0.00
0.00
Atmosphere Composition % (O2)
0.00
0.00
0.00
21.00
0.00
Tyr - The System's Giant
Celestial Body
Tyr
Class
Brown Dwarf
Mass (Earth masses)
17776.00
Radius (km)
56473.00
Rotation Period (hours)
90.20
Ocean Data
N/A
Orbital Data (Period)
36.1 years
Semi-major Axis (AU)
11.10
Eccentricity
0.35
Axial tilt
0.00
Inclination (°)
0.00
Max temperature
727.00
Average Temperature
727.00
Min Temperature
727.00
Alirian Outer System
Planet
Ves
Non
Class
Ice World
Gas Giant
Mass (Earth masses)
3.91
220.89
Radius (km)
11,125.00
68,433.00
Rotation Period (hours)
13.56
8.24
Ocean Data
N/A
N/A
Orbital Data (Period)
102.11 years
270 years
Semi-major Axis (AU)
22.65
43.38
Eccentricity
0.03
0.02
Axial tilt
3.20
1.20
Inclination (°)
-0.40
1.42
Max temperature (°C)
-200
-190
Average Temperature (°C)
-224
-210
Min Temperature (°C)
-240
-230
Atmospheric Pressure (atm)
Atmosphere Composition % (CO2)
0.99
N/A
Atmosphere Composition % (SO2)
0
N/A
Atmosphere Composition % (H2O)
0
N/A
Atmosphere Composition % (N2)
98.41
N/A
Atmosphere Composition % (CO)
0
N/A
Atmosphere Composition % (Ar)
0.013048
N/A
Atmosphere Composition % (Ne)
0.06804
N/A
Atmosphere Composition % (Kr)
0
N/A
Atmosphere Composition % (He)
0.52164
N/A
Atmosphere Composition % (O2)
0
N/A
