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Stardate Converter
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| Chain of Command |
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| Starfleet |
| Commissioned |
| Captain |
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| Commander |
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| Lieutenant Commander |
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| Lieutenant |
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| Lieutenant Junior Grade |
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| Ensign |
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| Non-Commissioned |
| Master Chief Petty Officer |
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| Senior Chief Petty Officer |
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| Chief Petty Officer |
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| Petty Officer 1st Class |
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| Petty Officer 2nd Class |
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| Petty Officer 3rd Class |
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| Crewman |
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| Crewman Apprentice |
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| Crewman Recruit |
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| Marine |
| Commissioned |
| Colonel |
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| Lieutenant Colonel |
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| Major |
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| Marine Captain |
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| 1st Lieutenant |
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| 2nd Lieutenant |
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| Non-Commissioned |
| Sergeant Major |
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| Master Sergeant |
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| Gunnery Sergeant |
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| Staff Sergeant |
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| Sergeant |
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| Corporal |
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| Lance Corporal |
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| Private 1st Class |
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| Private |
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Armament Classes and Types
Beam/Cannon Weapons:
Type-III: 600-1000 Kilowatt Output
Type-IV: 1-300 Megawatt Output
Type-V: 300-600 Megawatt Output
Type-VI: 600-1000 Megawatt Output
Type-VII: 1-250 Gigawatt Output
Type-VIII: 300-600 Gigawatt Output
Type-IX: 600-1000 Gigawatt Output
Type-X: 1-300 Terawatt Output
Type-XI: 300-600 Terawatt Output
Type-XII: 600-1000 Terawatt Output
Torpedo Launchers:
Class-2: 1 torpedo in 1 second, then 5 second reload
Standard: 1 torpedo in 1 second, then 3 second reload
Type-I Burst-Fire: 4 torpedoes in 3 seconds, then 1 second reload
Pulse-Fire: 4 torpedoes in 1 second, then 4 second reload
Type-II Burst-Fire: 8 torpedoes in 5 seconds, then 1 second reload
Type-III Burst-Fire: 10 torpedoes in 5 seconds, then 1 second reload
Rapid-Fire: 6 torpedoes in 1 second, then 2 second reload
Standard Equipment
Command:
Shipwide:
Type 1 Phaser
Red Alert:
Type 1 Phaser, Type 2 Phaser
Away Mission:
Type 1 Phaser, Type 2 Phaser, Tricorder
Flight:
Shipwide:
Type 1 Phaser
Red Alert:
Type 1 Phaser, Type 2 Phaser
Spacebourne:
Type 1 Phaser, Type 2 Phaser, Tricorder
Strategic:
Shipwide:
Type 1 Phaser, Type 2 Phaser
Red Alert:
Type 1 Phaser, Type 2 Phaser, Phaser Rifle
Away Mission:
Type 1 Phaser, Type 2 Phaser, Phaser Rifle, Tricorder
Engineering:
Shipwide:
Type 1 Phaser, Tricorder
Red Alert:
Type 1 Phaser, Tricorder
Away Mission:
Type 1 Phaser, Type 2 Phaser, Tricorder
Operations:
Shipwide:
Type 1 Phaser
Red Alert:
Type 1 Phaser, Type 2 Phaser
Away Mission:
Type 1 Phaser, Type 2 Phaser, Tricorder
Science
Shipwide:
Type 1 Phaser, Tricorder
Red Alert:
Type 1 Phaser, Tricorder
Away Mission:
Type 1 Phaser, Tricorder
Medical:
Shipwide:
Tricorder
Red Alert:
Type 1 Phaser, Tricorder
Away Mission:
Type 1 Phaser, Tricorder
Marine
Shipwide:
Bladed Weapon, Type 2 Phaser, Type 2 Phaser
Red Alert:
Bladed Weapon, Type 2 Phaser, Type 2 Phaser, Phaser Rifle
Away Mission:
Bladed Weapon, Type 2 Phaser, Type 2 Phaser, Phaser Rifle, Photon Grenades
Planet Classifications
Class A: Geothermal
Age: 0-2 billion years
Diameter: 1,000-10,000 km
Suface: partially molten
Atmoshphere: hydrogen compounds
Lifeforms: none
Example: Gothos
Class B: Geomorteus
Age: 0-10 billion years
Diameter: 1,000-10,000 km
Suface: partially molten, high surface temperature
Atmosphere: extremely tenuous, few chemically active gases
Lifeforms: none
Example: Mercury
Class C: Geoinactive
Age: 2-10 billion years
Diameter: 1,000-10,000 km
Surface: low surface temperature
Atmosphere: frozen
Lifeforms: none
Example: Pluto, Psi 2000
Class D: Asteroid/Moon
Age: 2-10 billion years
Diameter: 100-1,000 km
Surface: barren and cratered
Atmosphere: none or very tenuous
Lifeforms: none
Example: Moon
Class E: Geoplastic
Age: 0-2 billion years
Diameter: 10,000-15,000 km
Surface: molten, high surface temperature
Atmosphere: hydrogen compounds and reactive gases
Lifeforms: carbon-cycle (Excalbian)
Example: Excalbia
Class F: Geometallic
Age: 1-3 billion years
Diameter: 10,000-15,000 km
Surface: volcanic eruptions due to molten core
Atmosphere: hydrogen compounds
Lifeforms: silicon-based (Horta)
Example: Janus IV
Class G: Geocrystalline
Age: 3-4 billion years
Diameter: 10,000-15,000 km
Surface: crystallizing
Atmosphere: carbon dioxide, some toxic gases
Lifeforms: single-celled organisms
Example: Delta Vega
Class H: Desert
Age: 4-10 billion years
Diameter: 8,000-15,000 km
Surface: hot and arid, little or no surface water
Atmosphere: may contain heavy gases and metal vapors
Lifeforms: drought and radiation resistant plants and animals
Example: Ocampa, Tau Cygna V
Class I: Gas Supergiant
Age: 2-10 billion years
Diameter: 140,000-10 million km
Surface: tenuous, comprised of gaseous hydrogen and hydrogen compounds, radiates heat
Atmosphere: zones vary in temperature and pressure and composition, water vapor may be present
Lifeforms: none
Example: Q'tahL
Class J: Gas Giant
Age: 2-10 billion years
Diameter: 50,000-140,000 km
Surface: tenuous, comprised of gaseous hydrogen and hydrogen compounds, radiates some heat
Atmosphere: zones vary in temperature and pressure and composition
Lifeforms: hydrocarbon-based (Jovian)
Example: Jupiter, Saturn
Class K: Adaptable
Age: 4-10 billion years
Diameter: 5,000-10,000 km
Surface: barren, little or no surface water
Atmosphere: thin, mostly carbon dioxide
Lifeforms: single-celled organisms, adaptable for humanoid colonizations through use of pressure domes
Example: Mars
Class L: Marginal
Age: 4-10 billion years
Diameter: 10,000-15,000 km
Surface: rocky and barren, little surface water
Atmosphere: oxygen/argon, high concentration of carbon dioxide
Lifeforms: limited to plant life, suitable for humanoid colonization
Example: Indri VIII
Class M: Terrestrial
Age: 3-10 billion years
Diameter: 10,000-15,000 km
Surface: surface water abundant, if water or ice covers more than 80% of surface planet is considered Class O or Class P
Atmosphere: nitrogen/oxygen, trace elements
Lifeforms: extensive vegitation, animal life, humanoids
Example: Earth, Vulcan, Cardassia Prime
Class N: Reducing
Age: 3-10 billion years
Diameter: 10,000-15,000 km
Surface: high surface temperature due to greenhouse effect, water exists only as vapor
Atmosphere: Extremely dense, carbon dioxide/sulfides
Lifeforms: none
Example: Venus
Class O: Pelagic
Age: 3-10 billion years
Diameter: 10,000-15,000 km
Surface: 80% or more surface water
Atmosphere: nitrogen/oxygen, trace elements
Lifeforms: aquatic vegetation, animal life, humanoids
Example: Argo
Class P: Glaciated
Age: 3-10 billion years
Diameter: 10,000-15,000 km
Surface: 80% or more surface ice
Atmosphere: nitrogen/oxygen, trace elements
Lifeforms: animal life, humanoids
Example: Exo III
Class Q: Variable
Age: 2-10 billion years
Diameter: 4,000-15,000 km
Surface: ranges from molten to water and/or carbon dioxide ice due to eccentric orbit or variable output of star
Atmosphere: ranges from tenuous to very dense
Example: Genesis Planet
Class R: Rogue
Age: 2-10 billion years
Diameter: 4,000-15,000 km
Surface: may be temperate due to geothermal venting
Atmosphere: primarily volcanic outgassing
Lifeforms: non-photosynthetic plants, animal life
Example: Dakala
Classes S-T: Ultragiants
Age: 2-10 billion years
Diameter: 10-50 million km (Class S), 50-120 million km (Class T)
Surface: tenuous, composed of gaseous hydrogen and hydrogen compounds, radiates considerable heat
Atmosphere: zones vary in temperature and pressure and composition, water vapor may be present
Lifeforms: none
Example: various planets discovered in Delta Quadrant
Class Y: Demon
Age: 2-10 billion years
Diameter: 10,000-50,000 km
Surface: temperature can exceed 500 degrees kelvin
Lifeforms: mimetic
Example: Hell
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