atomicstorm
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- Aug 21, 2013
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Here's a math problem for discussion:
A hunter flies to four planets (for this exercise) with the intention of cycling 500,000 PED on each planet with the following parameters:
* Magically has the same defensive cost for any mob shot
* There is no land owner tax
* Opts to hunt only mobs with low-mid regen
* Opts to only shoot mobs within the same cost to kill range (5-10PED)
* ECO setup is the same for all 2 million peds cycled
* The person cycles the same amount each day - we will say.. 5K/day
* No large-scale events will occur during this time period
* The four planets consists of: Arkadia, Rocktropia, Calypso, Cyrene
What would be the expectation of TT returns for the hunter for each of the 500K ped cycle samples?
A: Roughly the same with a very tiny variance (IE. < 0.10%)
B: The most populated planet (Calypso) will be superior in returns over the others (IE. > 0.50%)
C: The planets that are undisturbed the most will be superior in returns over the more populated ones
D: Not enough information to even guess
Lot of people have some opinions on this matter. I thought it would be worth a discussion.
Discuss.
A hunter flies to four planets (for this exercise) with the intention of cycling 500,000 PED on each planet with the following parameters:
* Magically has the same defensive cost for any mob shot
* There is no land owner tax
* Opts to hunt only mobs with low-mid regen
* Opts to only shoot mobs within the same cost to kill range (5-10PED)
* ECO setup is the same for all 2 million peds cycled
* The person cycles the same amount each day - we will say.. 5K/day
* No large-scale events will occur during this time period
* The four planets consists of: Arkadia, Rocktropia, Calypso, Cyrene
What would be the expectation of TT returns for the hunter for each of the 500K ped cycle samples?
A: Roughly the same with a very tiny variance (IE. < 0.10%)
B: The most populated planet (Calypso) will be superior in returns over the others (IE. > 0.50%)
C: The planets that are undisturbed the most will be superior in returns over the more populated ones
D: Not enough information to even guess
Lot of people have some opinions on this matter. I thought it would be worth a discussion.
Discuss.