Thanks for the comment.
cc existing fil+ is snapping existing CC sectors injecting fil+ data
cc fil+ is sealing a new CC sector and injecting fil+ data
We'll add a description the same way we have in the notion doc (where we refer to Existing CC sector upgrade and Full CC sector upgrade respectively)
with the current definitions of Cost_T and the way we compute lending_cost, this parameter is not needed anymore.
Note that due to the new "definition", Cost_T got changed to Cost_L (lending cost)
entire "remaining" sector lifetime, right? in the case of "cc existing fil+" I presume we are correctly accounting that the initial lifetime of the sector doest have a fil+ deal
Correct analysis that for cc existing fil+ you get a 9x multiplier over current BR, whereas with deal sector you get a 10x multiplier (because in the former you're already getting 1x from the cc sector)
From time d0 onwards the existing CC sector that gets snapped has a reward 10*BR in total, so I don't think we should consider a factor 9, right?
Basically from d0 to sector expiration cc existing fil+ behaves has a deal sector in terms of reward
yeah - but for "cc existing fil+" you have to reason that you are getting a slightly lower cost, but you are only getting an additional 9x multiple for that cost, vs with "deal sector" you are getting the full 10x for that cost
I think there is a type error in this conversation - I believe you are both right.
You earn 9BR additional, which is still 10x of your current earnings (1BR)
first two graphs are non cumulative, profit is cumulative - note that in current graphs all costs are charged at the beginning - I will change this soon.
Does this suggest we should expect a lot of expiration/termination around 3 years as the profit per unit time turns negative? (Unless they can refinance)
why does the reward per year go down? is it because we're assuming the network is growing, and therefore the per sector revenue is decreasing, or something else?