The Life Cycle of a Star by agustrusher
Witness the life and death of a P.T. star with this little fusion chamber. Stars will slightly differ every replay. Last 2-4 min. This was so fun to make. Enjoy! Credit goes to Alfa(id:1683916) and Alexzander(id:1689167) for inpiration of chamber design.
fusion
cycle
star
heat
life
chamber
realistic
nuclear
power
reactor
Comments
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monotonia 1st Aug 2016
Wow, I really love it. It may be my favorite save of them all. The star is pretty oval for some reason, but I think it's just the sillyness of TPT gravity. -
agustrusher 29th Jul 2016
It's actually because outcomes are so diverse and strange that I can't figure out what to put in the timeline. -
agustrusher 29th Jul 2016@everyone - Sorry some of you are unsatisfied. I should remark that the "TimeLine" is incorrect as of now (I'll fix it sometime). As for the long wait for initiation, it does that to balance the reactions properly. Also, the red/blue orb is the new proto stage. Sorry for the confusion. Essentially, I created this with focus on later stages. Yes, you can make it faster by adding some Hygn or others, but it risks destabilizing later stages. You might miss out on some of the "special" outcomes.
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Ulrik54 29th Jul 2016
I think the update may have broken it. With or without adding a tad of protons, it takes an UNUSUAL amount of time before phase 1 begins. -
trilltroll42 26th Jul 2016
@agustrusher I tried just letting it go off, but it never works. When I turn the shaders off and add just a tad of hydrogen, it sets it off much faster and more brightly. The standard way gives a red orb. After I dope it, it gives a more realistic yellow during the "main sequence" before it turns red and die. -
CatArmour 22nd Jun 2016
I put THDR on the star and turned it into a neutron star. +1 -
AtomicSnakes 15th Jun 2016
How do you get that black hole effect? -
MinecraftTranquility 6th Jun 2016
when its on the proto star thing, add GRVT at a constant rate and it will unleash a huge NEUT cloud and expand to a large size, then after a while of slowly increasing temp* it should halt and simply stay there -
seed123 23rd May 2016
i love this -
agustrusher 20th May 2016@trilltroll42, while it doesn't start off with hydrogen, several reactions between the energy particles actually create all the hydrogen the star needs to sustain itself. Cool, right?