Sunday, March 26, 2023

Revisiting the Map of the Planet

 As I was writing Book I between 2013-2015, I happened upon a planetary map generator that by serendipity gave me the configuration I wanted. Unfortunately, I didn’t know how to properly configure it, leaving me with a few inconsistencies, best cleared up by narration. Thankfully, I also have both a Mercator and a rotating version, allowing me to snag shots of locations of interest.

For a bit of explanation, the continents are Teladrin, Shadrelin, & Degna. Gaudna is a combination of two Subcontinents, Alden-Gaudna and Derren-Gaudna. Tifaeanyd (classified on the Mercator map as a protectorate) is part of the Sinseran Empire. Geologically, Shadrelin is rifting away from Teladrin,  Degna is moving southward, and Gaudna northward. Much of this, is in Book I, which was published back in 2017. 











Sunday, March 19, 2023

Stellar System & Moon Update; Months of the Year

 Whether this is the last time I do this, I can’t confirm. However, I am far more satisfied with the changes below. Adjustments were done using a slightly modified G5V star, with the following parameters: Mass: 0.98, Radius: 0.989, Luminosity: .90, Temperature: 5,660K. From what I could determine with an online calculator, its lifespan is roughly 10.518 billion years.

 Finding a Planet Habitability Calculator, the next two images show Ardis, followed by Liadrel's location within their star’s habitable zone. Interestingly enough, when Liadrel was plotted, it fits comfortably within the Optimistic Habitable Zone, meaning there is potential for habitability, albeit not humanoid life. I’d already conceived of something akin to life adapted to deserts, possibly discovered in a much later book, of course…

 As referenced by the original novel, Ardis was orbited by two moons. However, I had an orbital resonance issue and felt it could be resolved with the addition of a final natural satellite. The reason behind this stemmed from the nature of Io’s vulcanism as Nersis too is a volcanic moon. Jupiter's immense gravity tugs on and flexes the satellite. And though this plays a significant role, it isn’t the only factor. The other factor is that there is a 1:2:4 Laplace resonance between Ganymede, Europa, and Io. As Jupiter tugs, they too exert their gravitational influence, making Io unable to settle in its orbit causing tidal heating and friction, resulting in the geologic activity we see today. So too is Nersis in an identical resonance orbit with its sister moons. Also, the viewing angles are odd, mainly because Nersis and Kesis seem to be in the middle.

 The last image is the months of the year. Originally, there were 14, but I had an issue concerning Total Solar Intensity. While Ardis was well within Dorastis’s Habitable Zone, I judged the light reaching it too dim, 83%, versus the revision of 91.92%. There’s also the fact that Dorastis is 10% dimmer than Sol (our sun.) To solve my problem, I changed its orbital period from 420 to 393 days, dropping its calendar year to 13 months. Ardis is cooler than Earth. The last time I ran the numbers it was: 48F (8.89C) vs. 59F(15C).

All values found are as accurate as I could make them. If there’s something incorrect, please let me know, WITH works cited.