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aragon · Dec 11, 2024 · 0c7eab2 · 0c7eab2
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diff --git a/script/multisig-members.json → script/kim-multisig-members.json b/script/multisig-members.json → script/kim-multisig-members.json
diff --git a/src/libs/CurveConstantLib.sol b/src/libs/CurveConstantLib.sol
@@ -3,18 +3,17 @@ pragma solidity ^0.8.0;
 
 /// @title CurveConstantLib
 /// @notice Precomputed coefficients for escrow curve
-/// This curve implementation is a quadratic curve of the form y = (1/7)t^2 + (2/7)t + 1
-/// Which is a transformation of the quadratic curve y = (x^2 + 6)/7
-/// That starts with 1 unit of voting in period 1, and max 6 in period 6.
+/// This curve implementation is a linear curve of the form y = t + 1
+/// That starts with 1 unit of voting in epoch 1 (t=0),
+/// and max 6 at the end of epoch 5 (t=5).
 /// To use this in zero indexed time, with a per-second rate of increase,
-/// we transform this to the polynomial y = (1/7)t^2 + (2/7)t + 1
-/// where t = timestamp / 2_weeks (2 weeks is one period)
+/// where t = timestamp / 2_weeks (2 weeks is one epoch)
 /// Below are the shared coefficients for the linear and quadratic terms
 library CurveConstantLib {
     int256 internal constant SHARED_CONSTANT_COEFFICIENT = 1e18;
-    /// @dev 2 / (7 * 2_weeks) - expressed in fixed point
+    /// @dev 1e18 / (3600 * 24 * 14) - expressed in fixed point
     int256 internal constant SHARED_LINEAR_COEFFICIENT = 826719576719;
-    /// @dev 1 / (7 * (2_weeks)^2) - expressed in fixed point
+    /// @dev Zero, since the curve is linear
     int256 internal constant SHARED_QUADRATIC_COEFFICIENT = 0;
 
     /// @dev the maxiumum number of epochs the curve can keep increasing