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Lecter, at limit temperature roids are unusable just as now.
Only the "max number" becomes reasonable... something at 9000k must be radiating bright white-blue, hotter than our sun. Can you call that ICE?
And since you complain so much, and think this game is so bad, says all ideas here are bad, why don't you go away?
Only the "max number" becomes reasonable... something at 9000k must be radiating bright white-blue, hotter than our sun. Can you call that ICE?
And since you complain so much, and think this game is so bad, says all ideas here are bad, why don't you go away?
At your proposed limit temperature, however, the roids cool back to usable temperatures quite quickly. You're either too stupid to see why that matters, or disingenuous enough to try and dodge the issue.
Lector, you're wrong. You are thinking of exponentiall heating, but linear cooling. Notice, if it heats exponentially, it cools exponentially.
So, the results produced are equal.
Think of it as a representantion of contained heat escalated. When roid is "cool", the visible effect is great, say 10k/sec. When it is "hot", the visible result is smaller, as 0,1/sec. But so is cooling, so it today you heat a roid for X hours reaching 1Mk, it takes X hours to cool back to previous temperature. If using "exponentical cap", when you do the same thing, it takes the same time to cool down, but instead of showing a ridiculous 1Mk, it shows roid "max temp", as example, 333k...
clear now?
So, the results produced are equal.
Think of it as a representantion of contained heat escalated. When roid is "cool", the visible effect is great, say 10k/sec. When it is "hot", the visible result is smaller, as 0,1/sec. But so is cooling, so it today you heat a roid for X hours reaching 1Mk, it takes X hours to cool back to previous temperature. If using "exponentical cap", when you do the same thing, it takes the same time to cool down, but instead of showing a ridiculous 1Mk, it shows roid "max temp", as example, 333k...
clear now?
"Notice" that none of what you just proposed is in your prior suggestion. And it is most assuredly not how roid heating and cooling works now.
That being said, while I understand the mathematical distinction you're trying to convey (even lawyers take calculus and university physics), you have, as always, garbled it nearly beyond comprehension by your raping of the English language.
That being said, while I understand the mathematical distinction you're trying to convey (even lawyers take calculus and university physics), you have, as always, garbled it nearly beyond comprehension by your raping of the English language.