As initial version, we've implemented #53 to determine the XP amount any user has, which also includes the MPs accrued via staking.
This inherently follows an 1 MP == 1 XP relation which is ultimately not what is exactly desired.
After recent discussions, we're now aiming to implement a formula in which the XP yield that is generated by staked SNT decreases, as the amount of SNT staked increases.
Here's what it currently looks like:
Yield per SNT_i = BaseXPperSNT x MP_i / (P x SNT_i)
with:
Yield per SNT_i - the yield for each SNT staked by staker i
BaseXPperSNT - the base XP yield per SNT, a constant we decide (and can adjust if needed?)
MP_i- the MP of staker i
P- the percentage of SNT staked (total SNT staked / total SNT supply)
SNT_i- the number of SNT staked by staker i
This yield is still added to the actualbalance that the account has in the ERC20 contract
As initial version, we've implemented #53 to determine the XP amount any user has, which also includes the MPs accrued via staking. This inherently follows an 1 MP == 1 XP relation which is ultimately not what is exactly desired.
After recent discussions, we're now aiming to implement a formula in which the XP yield that is generated by staked SNT decreases, as the amount of SNT staked increases.
Here's what it currently looks like:
with:
Yield per SNT_i- the yield for each SNT staked by staker iBaseXPperSNT- the base XP yield per SNT, a constant we decide (and can adjust if needed?)MP_i- the MP of staker iP- the percentage of SNT staked (total SNT staked / total SNT supply)SNT_i- the number of SNT staked by staker iThis yield is still added to the actual
balancethat the account has in the ERC20 contract