Fillenayon

(I am disappointed that I wasted so much time, and there are several articles that I left unfinished in that time period, know though that they will start coming out shortly, maybe, never make promises I guess.)
== Fillenayon's technicals ==
=== Physicals ===
The equatorial diameter of the planet is 9391.04 miles, with the mean diameter being 9360.73 miles, and the polar diameter is 9300.41 miles. The oblateness is 0.0096504, with the mass being 2.0477 M⨁, and the density is 6.8317 grams per cubic centimeter. The insolation is 0.026423, with the effective temperature being 92.351, and the Earth similarity index is 0.887. The rotational period is 12 hours, 45 minutes, and 49.58 seconds, with he solar day being 12 hours, 46 minutes, and 30.11 seconds, and the axial tilt is 26*54’51.48”. The gravity on the equator is 14.164 meters per second, and the gravity on average is 14.366 meters per second, ad the gravity on the poles is 14.553 meters per second. The circular velocity is 23307.15 miles per hour, and the escape velocity is 32961.29 miles per hour, additionally, the age of this world is 5.875 billion years, plus the tidal heating is 1.953*10^7 watts. 
=== Atmospherics ===
The height of the atmosphere is 27.32 miles, with the tropopause height being 13.36 miles, and the height of the homogeneous atmosphere is 21496.05 feet. The atmospheric pressure is 194 atm, with the air density 209.66 kilograms per cubic meter, and the air temperature is 307.14 kelvin 93.182 *F, 33.99 *C. The speed of sound here is 789.91 miles per hour, with the exosphere temperature being 811.05 kelvin, and the greenhouse effect is 214.45 kelvin. The average molar mass is 27.486, with the relative mass being 7.2749*10^-5, and the actual mass is 8.8967*10^20 kilograms, or 186.21 Earth atmospheres. Nitrogen makes up 95.7% of the atmosphere, with Oxygen at 3.91%, Carbon dioxide at 0.222%, and water vapor at 0.109% 
=== Hydrospherics ===
The maximum depth of the oceans is 21513.08 feet, with the average molar mass being 18.018, and the density is 1 gram per cubic centimeter. The temperature 307.14 kelvin, with the atmospheric pressure being 194 atm, and the bottom pressure is 1.12*10^3 atm, additionally the bottom composition is rock. Water vapor makes up an observed 100% of the oceans, with sulfur dioxide at 65.5 parts per billion. 
=== Orbitals ===
The planet orbits around the primary of a binary star system, with the orbital period being 1.651 years, and the semimajor axis is 0.9910 AU. The pericenter is 0.8706 AU, with the apocenter being 1.1114 AU, and the eccentricity is 0.121, additionally the inclination is -4*39’40.95”. The ascending node is -176*44’39.22”, with the argument of pericenter being 166*26’25.85”, and the mean anomaly is 83*13’38.88”. The longitude of pericenter is -10*18’13.36”, with the mean longitude being 72*55’25.51”, and the orbital velocity is 39994.63 miles per hour. The orbital resonances are 10:3 (A6) and 3:1 (A8), with the hill sphere radius being 1449135 miles, and the influence sphere radius is 1145028 miles, additionally the roche limit for satellites is 7486 miles. 
== Store ==
=== Internals ===
The planet has a slightly inactive internal structure—an average one, yes—but it is starting to show signs of planetary death. The core here is 3.8% larger than the parent planet’s, and since the planet is slightly bigger, the core here is larger than the Earth’s core. This, however, does not carry over to the activity, which is below the core’s by 6.93%±0.05. This activity translates to the magnetic field being weaker than the Earth’s, enough that humans living here would have a harder time not getting some form of cancer.
A minimum of 50 SPF  is required for regular outdoor activity for even the most sun-resilient person. The dying core has also made the mantle and crust slower, with the mantle being less molten than expected without activity data and the crust’s tectonic plates moving way slower than expected when excluding the data mentioned before. The dying planet’s tectonic plates are moving so slowly that they have mostly become interlocked with each other, not moving essentially. This and the core losing its vitality have also made volcanic activity less of a thing, with the volcanoes present here either being long-dead ones or weak and young. Overall, this is typical of a dying planet. It could be argued that this is an early death, as the planet is only a bit older than the Earth’s.
=== Geography ===
The planet has 4 continents and 7 oceans. The four continents are loosely bound to each other by obvious land bridges into a large supercontinent. These continents are small and quite similar to each other in geology, with the differences between them being minute, like how thick a certain rock layer was. For a while, it was thought that the supercontinent had only 2 continents, but now there are 4, and it may become 6 with new discoveries in even more minuscule changes between land areas. These continents are generally low-lying, relatively flat, and uninteresting, and they are separated by large freshwater shallow lakes and connected by floodplains barely above sea level and land bridges that act more like thick isthmuses. These continents surround seven oceans and the hundreds of thousands of islands in those oceans. 
These oceans are somewhat deep and are saltwater oceans. They are generally uniform in their hydrography and are generally flat themselves, like the lands that they are surrounded by. These oceans are many because of the number of islands, which are generally flat and shallow lands with a mountain range or volcano in the center, though most of these are just hills that came out of the water. They form into hundreds of small archipelagoes, and when the planet was tectonically active, they would appear every few centuries out of hotspots, so imagine a few hundred Hawaiis. The coasts here are chaotic and evidence of a heavily tectonic past, which is in direct opposition to the current frozen and dead state. The land distribution here is biased towards the northern hemisphere, and the planet is covered by a 60%–70% ocean.
===Climate===
The climate here is a tropical and humid one. The average humidity here is generally 10% higher on average than the Earth’s, with the humidity at the equator, which has the highest humidity, being 15% higher than the average on Earth. Experienced breezes rest at a rate of 159 per day, which is measured at sea level in any given 50-square-mile plot of land. These experienced breezes have an average wind speed of 4–6 miles per hour, and they go along mostly in thunderous weather. On any given 7-day (24-hour) term, 3 of the days will be partly cloudy, with 1 sunny, and another 3 will be heavy showers or thunderstorms (43%–57%). 
Because of the denser atmosphere, the average humidity is experienced at a higher degree, which means that the humidity, if equivocated, would actually be 70% higher on average. The climate here also creates more cyclones on average, with a ratio of 1.23444:1, and higher-end storms are more common, with there being more category 4 and 5 cyclones on average than what is experienced here on Earth. Clouds also form lower here because of the shorter atmosphere; add the humidity and atmospheric mass, and fog becomes a very common occurrence here—dense fog, to be specific. This fog would normally limit your vision to 4 feet ahead of you. Another thing to note here is that the higher temperature, which may be a result of this denser atmosphere, may result in a future runaway greenhouse effect.    
===Biosphere===
====Landsphere====
The land biosphere is animal-dominated, with mobile organisms making up 61% of the biosphere’s total amount of material. The animals here are mostly cold-blooded, snake-like organisms that tend to live near the coast, with their primary prey being whatever fish wash up onto land or get too close to the coast. These organisms can swim well enough. These animals have scaly skin, are normally venomous, and are of similar size to their look-alike counterparts on Earth. The reason why they are cold-blooded instead of warm-blooded is unknown. The primary species here is the Fillenayon reptile beetle, an organism with a similar structure and appearance to any reptile you would find on Earth, but instead they have two large shells on their back, and they are fatter than what we would find. They are a vegetarian species, interestingly enough, though it is unknown why their descendents became carnivores. Though it is thought that it may be because the environment this reptile evolved in did not necessitate meat consumption, why would this species still be 
Here is another question we don't have the answer to. Another species here is the Fillenayon feathered reptile, a distant descendent of the primary species that has evolved feathers to combat the colder climates in the far northern reaches. This species may become a bird species in the near future, as it has two structures on either side that could become wings if the right conditions are followed. The plants on land are normally tall and large trees with more than 10,000 small leaves and a large root system that connects to other trees of the same species. These trees can reach up to 300 feet tall, and they normally have fruits growing on them, which is the primary food source for the small group of vegetarian reptiles and the primary food source for most other species that are not descendents of the primary species and its group.
These trees have large roots that connect to other trees, and the reason for this seems to be so that they are able to share nutrients and sexually reproduce once they reach the right age. They create little bundles of seeds underneath the roots, which they reproduce in, and eventually these seeds are pushed onto the surface. It seems that once one of these seeds starts sprouting, it begins to use the resources of the other seeds, essentially parasitic infant growth. Besides the trees, there are hundreds of species of smaller trees and bushes that live below the canopy in rivers, lakes, or estuaries. These bushes have a similar size and look to the ones found on Earth, but they have thicker and larger leaves, with some species having mini-lungs in their leaves that actively respire. They also have visible holes that take carbon dioxide and water vapor from the air. A thing to note is that because of the spectrum of the parent star, the plants here, instead of being green, have evolved a blackish coloration, which may make navigation in the jungle harder as you can’t really see black and black.
====Hydrosphere====
The biospheres of the oceans are quite plentiful, with a biodiversity index higher than the land’s biosphere, and the index is slightly higher than the Earth’s by 0.0029%. The species in the oceans are medium-sized fish with large gills and small fins, with some species having multiple fins. The oceans here have no real trends or dominant species like the land, but there are a few common species that may be seen when diving into these waters. There are 3 of them, and they all live near the top of the ocean and near the coasts. Because of the previously mentioned biodiversity, they are quite different from each other, and they are separated from each other by a mean similar to what is found on Earth. 
The first of these species is the Fillenayon double-spear dual-vision blue-striped finner, a species of fish that has four eyes on either side, two long spear-like structures on the front, and a long fin that is around 12 feet in length. This fish lives in large kelp-like forests, and it feeds off of the leaves of these kelp, using the two structures on its face as a way to cut away at the underwater plants. It is very fast, reaching speeds of 60–70 miles per hour, and it uses its eyes in sets, with one on the plants it is eating and another that watches out for predators. This species is intelligent, around the same level as dolphins we see on Earth. The next species is the Fillenayon orange head coast crab, a crab-like organism with white coloration everywhere on its body besides the head, which has a bright orange color. It hides in the sand and masquerades as a dead fish, which allows it to lure and attack any reptile (or any other such organism). It is a carnivorous organism that eats small land animals. It leaves most of the organism uneaten, and it drags the corpse to whatever den it has built underwater. It preserves it with some sort of moss, but how or what that moss is is still unknown. The last common species here is the Fillenayon jumping gill fish, a small fish with large gills that lives in the open ocean and survives on small plankton and krill.
This species has massive gills, large enough that they show the insides of the fish. It is unknown why they evolved this, but it seems that they also use the gills as another mouth in addition to water respiration. These fish live in large schools that can be seen far in the air, and they follow a sort of herd mentality, never deviating from wherever the school is going. This results in them creating superorganisms that can fight off larger predators, as they have been seen nibbling at sharks and whales that come their way. They are not carnivorous, though, only when necessary. They tend to feed off of large algae rafts and reefs that grow on hills near the top of the ocean (proto-islands). These fish have a reddish coloration, which makes them easy to see. These fish can clear forests in a few hours, as seen, but it seems that the plants have evolved a mechanism to grow back fast in response, and some even have evolved poisons that kill off these fish when they consume the plants.
====Arialsphere====
The biosphere in the air is limited, as trying to fly costs more energy as the atmosphere is thick. Add to that the chaotic and dangerous weather featured here, and it is reasonable that life hasn’t really gone into this domain; nonetheless, there are a few species here. There are two dominant species here: the Fillenayon black-tailed blue-beak jet bird and the Fillenayon heavy hawk. The Fillenayon black-tailed blue-beak jet bird is a small bird that lives in the canopies of the many trees here, and it lives primarily near the ground, eating the seeds that come from the ground and fruits that fall. This bird is a jet bird because of how fast it goes when it's in danger, flying up to 230 miles per hour if needed. These birds multiply fast and in large amounts, building large communities in the taller trees. These birds have proto-intelligence, which allows them to form basic morality and build basic infrastructure, with some more intelligent groups building stick ways between nests. These birds are around the size of a bluejay, and they are vegetarians. 
Unlike the other primary species here, the Fillenayon heavy hawk is a massive, 30-foot-wide hawk that is carnivorous for all animals found here, sometimes diving in the oceans for food if needed. It has a brownish coloration and a gray beak, and it mainly preys on large land animals. The reason for its size comes from the air density, which forces it to have massive wings, but a benefit of its large wings is that it can sort of blanket itself when it is too cold, and it can use its wings as a cover when it is sleeping. It sleeps like a bat, though not in groups; it is a solitary species. It kicks out its offspring early, at around 4 years old, teaching them to fly a year earlier. (Year = 1.651 Earth years in this specific case.) Overall, a pretty limited biosphere. All species that are not these two are descendants of them.
==Gallery==
File:Fillenayon-001.png
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File:Fillenayon-007.png
File:Fillenayon-008.png|Ice can form here because it is a temperate world, not a warm or hot one. These areas happen to be colder on average so that's why there is ice on them.
File:Fillenayon-009.png
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==Entras==
===Moon system===
The planet has a very small moon system. This system has three small asteroids as moons; all three of them are close to the planet, and they are all remnants of formations that did not merge with the planet. These moons have a similar composition to the planet itself, and the only difference between them and the planet is that they have a touch of precious resources. These moons are similar in size to each other and are much like Mars’ moons.
 	Bickam 	Mandol 	Fearen
Image 	
File:Fillenayon-013.png	
File:Fillenayon-014.png	
File:Fillenayon-015.png
Class 	Cool asteroid 	Cool asteroid 	Cool asteroid
Mass 	3.4582*10^-6 M◑	4.6969*10^-6 M◑	6.3903*10^-6 M◑
Diameter	29.75 Miles 	32.93 Miles 	36.91 Miles
Orbital 	3h 1m 25.30s 	7h 0m 41.19s 	9h 41m 9.17s
===Star system===
The planet is part of a large star system, a binary star system. The star system has 22 planets on total, with 3 of them around both stars, 12 around the primary, and 7 around the secondary. The stars are both red dwarfs, with the primary being a M1.1 V, and the secondary is M2.1 V. Both stars have a similar mass to each other, and they both have large systems onto themselves. The primary, as stated before, has 12 planets, with the first 6 being clustered to each other The planets are all of average size for their class, and the secondary has 2 worlds with life, the 3rd and 7th planets. The primary has a large oort cloud but no asteroid belt in any part of the system. The first 6 planets are on a plain with the star, with the last 6 being disorganized, which hints at some interference with each other and the other star. The secondary star has 7 planets, all of them are terrestrials and are of average size for their class. This star has 2 worlds with life, the 2nd and 3rd worlds, and all the planets are on a plain, with minimal deviation from said plain, though the presence shows that the stars may tear each other's sub-systems from time to time. The star has an oort cloud but no asteroid belt in any part of the system. 
Moving out from the binary stars, we find that the system has 3 planets orbiting both stars, as stated beforehand. They are of average size, again, for their class, and they are all cold wastelands. This part of the system has no life, so its uninteresting, right? Wrong! The binary system has an interesting and rare structure around it, an asteroid oort cloud, or an Astoort cloud . In this system, this cloud is a massive sphere of disorganized asteroids on various circular orbits. This system’s cloud acts like a massive spherical asteroid belt, and it orbits in the position of the 1st planet. This Astoort cloud seems to have come from a massive explosion from both of the stars during formation, and this cloud seems to be responsible for the formation of these outer planets, as it has a similar composition to the outer planets. This is one of the few systems that has an Astoort cloud, a very rare formation, and what is also rare, is having 4 planets, all with multicellular life. This system has 4 planets with multicellular life. This system will be posed to be the capital of a massive, outstretchen species, possibly even multi-species! A massive and rare system indeed. 
File:Fillenayon-016.png|Whole system
File:Fillenayon-017.png|Primary
File:Fillenayon-018.png|Secondary
File:Fillenayon-019.png|Astoort Cloud
Category:Procedural objects
Category:Objects
Category:Terrae
Category:Life
Category:Superterra
Category:Planets