#1 Added by Catanamu 1 decade ago
Edited 2 times | Last edited by Lifecrafter (1 decade ago)
#2 Added by Bitttymacod 1 decade ago
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#3 Added by Catanamu 1 decade ago
Last edited by Catanamu (1 decade ago)
#4 Added by Erizon(arispotle) 1 decade ago
#5 Added by Bitttymacod 1 decade ago
#6 Added by Catanamu 1 decade ago
#7 Added by Catanamu 1 decade ago
Edited 3 times | Last edited by Catanamu (1 decade ago)
#8 Added by Catanamu 1 decade ago
#9 Added by Bitttymacod 1 decade ago
This is what I meant by my hypothesis in the last paragraph. Warning - math follows: Let HP1 = normal max HP for a given constitution HP2 = incremental HP after boost. r1 = rate boost due to listening to a tale (units of %/second) r2 = natural decay rate (your 1%/second figure) t = elapsed time since getting the boost Total HP = HP1 + HP2(t) (not taking into account being clobbered by a kincher) Does HP2(t) = r2*HP1*t - r1*(r2*HP1*t)*t in your scheme?? (Note that this is an attempt to write a differential equation in a way which should be understandable to the average geek. It is not a rigorous analysis. It is related to the formation and decay of intermediate chemical species in a complex chemical reaction in which all reactions are first order and we have an infinite supply of the initial reactant. The result will be a steady state concentration (value) of the intermediate (HP2) approached asymptotically.)
#10 Added by Erizon(arispotle) 1 decade ago
#11 Added by Catanamu 1 decade ago
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