docs: update docs

script/optimized-deployer-meta

@@ -1,6 +1,6 @@
 {
-  "constant_product_hash": "0x6b37069ad34cca2a7a7d3a8ed052f775eda0bec3d704c9ac5b6f9402c44b4765",
-  "factory_hash": "0xd8a0495564d5556148a54de0b0074f4171da381bb172a684a90378592e37e0f8",
-  "oracle_caller_hash": "0x401f8cdddb19e47b49df421d81efc922b706e72f2f7d84af19c3b7ad5cf2b2e1",
-  "stable_hash": "0x7172144b5b8e564ba70205fa2337a9eab5e081b953d7ca079491221904a402d5"
+  "constant_product_hash": "0xa0719fd65c4db1b8f15ac06274344fb7c121fa84bcfc2f854a2c7fd3b0a8de13",
+  "factory_hash": "0xf8f34d4275709774705694daa526ffbb6c91f1c875c3af2049cc1690d9326ffc",
+  "oracle_caller_hash": "0x2a0f1f77423fb968788cf68a9638c9ed5eb16ab66a050dfde6bf18dfe8bdb2c3",
+  "stable_hash": "0xff427f388472489d39aaeee6d9f34588d56ca65960369a26e8aa59e36e494078"
 }

src/ReservoirDeployer.sol

@@ -17,12 +17,12 @@ contract ReservoirDeployer {
     uint256 public step = 0;
 
     // Bytecode hashes.
-    bytes32 public constant FACTORY_HASH = bytes32(0xd8a0495564d5556148a54de0b0074f4171da381bb172a684a90378592e37e0f8);
+    bytes32 public constant FACTORY_HASH = bytes32(0xf8f34d4275709774705694daa526ffbb6c91f1c875c3af2049cc1690d9326ffc);
     bytes32 public constant CONSTANT_PRODUCT_HASH =
-        bytes32(0x6b37069ad34cca2a7a7d3a8ed052f775eda0bec3d704c9ac5b6f9402c44b4765);
-    bytes32 public constant STABLE_HASH = bytes32(0x7172144b5b8e564ba70205fa2337a9eab5e081b953d7ca079491221904a402d5);
+        bytes32(0xa0719fd65c4db1b8f15ac06274344fb7c121fa84bcfc2f854a2c7fd3b0a8de13);
+    bytes32 public constant STABLE_HASH = bytes32(0xff427f388472489d39aaeee6d9f34588d56ca65960369a26e8aa59e36e494078);
     bytes32 public constant ORACLE_CALLER_HASH =
-        bytes32(0x401f8cdddb19e47b49df421d81efc922b706e72f2f7d84af19c3b7ad5cf2b2e1);
+        bytes32(0x2a0f1f77423fb968788cf68a9638c9ed5eb16ab66a050dfde6bf18dfe8bdb2c3);
 
     // Deployment addresses.
     GenericFactory public factory;

src/ReservoirPair.sol

@@ -135,8 +135,11 @@ abstract contract ReservoirPair is IAssetManagedPair, ReservoirERC20 {
         _writeSlot0Timestamp(sSlot0, aBlockTimestampLast, false);
     }
 
-    // update reserves with new balances
-    // on the first call per block, update price oracle using previous reserves
+    /// @notice update reserves with new balances
+    /// @notice on the first call per block, accumulate price oracle using previous instant prices and write the new instant prices
+    /// @dev we write an oracle sample even at the time of pair creation. Also we do not update instant prices for
+    /// subsequent mint/burn/swaps in the same block. the team has assessed that this is a small risk given the very
+    /// fast block times on L2s and has decided to make the tradeoff to minimize complexity
     function _updateAndUnlock(
         Slot0 storage sSlot0,
         uint256 aBalance0,
@@ -156,13 +159,8 @@ abstract contract ReservoirPair is IAssetManagedPair, ReservoirERC20 {
             lTimeElapsed = lBlockTimestamp - aBlockTimestampLast;
 
             // both balance should never be zero, but necessary to check so we don't pass 0 values into arithmetic operations
-            // on the first activity of every block, accumulate using previous instant prices and write the current instant prices
-            // we create a new sample even at the time of pair creation
-            // this implies that we do not update instant prices for subsequent mint/burn/swaps in the same block
-            // but the team has assessed that this is a small risk given the very fast block times on L2s
-            // and has decided to make the tradeoff to minimize complexity
-            if (lTimeElapsed * aBalance0 * aBalance1 > 0 ) {
-
+            // shortcut to calculate lTimeElapsed > 0 && aBalance0 > 0 && aBalance1 > 0
+            if (lTimeElapsed * aBalance0 * aBalance1 > 0) {
                 Observation storage lPrevious = _observations[sSlot0.index];
                 (uint256 lInstantRawPrice, int256 lLogInstantRawPrice) = _calcSpotAndLogPrice(aBalance0, aBalance1);