Clean up README

Author: rookmate

README.md

@@ -1,78 +1,51 @@
-# MultiRootVesting Integration Guide
-
-## Prerequisites
-
-1. The Gang ERC20 token contract address
-2. NFT collection addresses for Cat, Rat, Dog, Pigeon, and Crab collections
-3. Merkle roots for all supported collection types:
-   - NFT Collections (Cat, Rat, Dog, Pigeon, Crab)
-   - Team
-   - SeedRound
-   - StrategicRound
-   - CommunityPresale
-   - Ecosystem
-   - Apechain
-   - Liquidity
+## Working with GangVesting
 
-## Contract Deployment
+GangVesting is a simpler version with a single merkle root for all vesting schedules.
 
-### Step 1: Deploy Gang Token
-First, deploy the Gang token contract. The deployer will receive the total supply of 1 billion GANG tokens (with 18 decimals).
+### Deployment
 
-### Step 2: Deploy MultiRootVesting
-The MultiRootVesting contract requires the following constructor parameters:
+Deploy the GangVesting contract with the following constructor parameters:
 ```solidity
-constructor(
-    Collection[] memory collections,
-    bytes32[] memory roots,
-    address[] memory nftAddresses,
-    address _vestingToken
-)
+constructor(bytes32 _merkleRoot, address _vestingToken)
 ```
 
 Required setup:
-1. `collections`: Array of Collection enum values for initial setup
-2. `roots`: Corresponding merkle roots for each collection
-3. `nftAddresses`: Exactly 5 NFT collection addresses (Cat, Rat, Dog, Pigeon, Crab)
-4. `_vestingToken`: Address of the deployed Gang token
+1. `_merkleRoot`: The merkle root for all vesting schedules
+2. `_vestingToken`: Address of the deployed Gang token
 
-## Post-Deployment Setup
+### Post-Deployment Setup
 
-1. Transfer required Gang tokens to the MultiRootVesting contract
+1. Transfer required Gang tokens to the GangVesting contract
 2. Set ecosystem address using `setEcosystemAddress()`
-3. Update any merkle roots if needed using `updateMerkleRoot()`
-4. Once configuration is final, call `lockRoots()` to permanently lock the setup
+3. Update the merkle root if needed using `updateMerkleRoot()`
+4. Once configuration is final, call `lockRoot()` to permanently lock the setup
 
-## Integration Points
+### Claiming Vested Tokens
 
-### 1. Claiming Vested Tokens
 Users can claim their vested tokens using:
 ```solidity
 function claim(
     bytes32[] calldata proof,
     Collection collection,
-    uint256 tokenId,
     address recipient,
     uint256 totalClaim,
     uint32 start,
     uint32 end
 ) external
 ```
-
 Key considerations:
 - Generate valid merkle proofs for each claim
-- For NFT collections (0-4), the actual recipient will be the current NFT owner
 - Claims must be made within the vesting period plus 69-day expiry window
 - Tokens vest linearly between start and end times
 - Minimum 1 day between claims
 
-### 2. Ecosystem Claims
+### Ecosystem Claims
 After the 69-day expiry window, unclaimed tokens can be recovered:
 ```solidity
 function claimEcosystemFunds(bytes32 leaf) external
 ```
 
-### 3. Vesting Queries
+### Vesting Queries
 Check vesting details and claimable amounts:
 ```solidity
 function getVesting(
@@ -85,42 +58,6 @@ function getVesting(
 ) external view returns (Vesting memory, uint256 amount)
 ```
 
-## Working with GangVesting
-
-GangVesting is a simpler version with a single merkle root for all vesting schedules.
-
-### Deployment
-
-Deploy the GangVesting contract with the following constructor parameters:
-```solidity
-constructor(bytes32 _merkleRoot, address _vestingToken)
-```
-
-Required setup:
-1. `_merkleRoot`: The merkle root for all vesting schedules
-2. `_vestingToken`: Address of the deployed Gang token
-
-### Post-Deployment Setup
-
-1. Transfer required Gang tokens to the GangVesting contract
-2. Set ecosystem address using `setEcosystemAddress()`
-3. Update the merkle root if needed using `updateMerkleRoot()`
-4. Once configuration is final, call `lockRoot()` to permanently lock the setup
-
-### Claiming Vested Tokens
-
-Users can claim their vested tokens using:
-```solidity
-function claim(
-    bytes32[] calldata proof,
-    Collection collection,
-    address recipient,
-    uint256 totalClaim,
-    uint32 start,
-    uint32 end
-) external
-```
-
 ### Generating Merkle Trees
 
 Use the provided JavaScript example to generate merkle trees for GangVesting:
@@ -156,26 +93,6 @@ const merkleTree = new MerkleTree(leaves, keccak256, { sortPairs: true });
 const merkleRoot = merkleTree.getHexRoot();
 ```
 
-### Contract Verification
-
-Verify the GangVesting contract on Blockscout:
-
-```bash
-forge verify-contract \
-  --chain-id 33111 \
-  --verifier blockscout \
-  --verifier-url https://curtis.explorer.caldera.xyz/api \
-  --rpc-url https://curtis.rpc.caldera.xyz/http \
-  CONTRACT_ADDRESS \
-  src/GangVesting.sol:GangVesting \
-  --constructor-args $(cast abi-encode "constructor(bytes32,address)" "MERKLE_ROOT" "ERC20_TOKEN_ADDRESS")
-```
-
-Replace:
-- `CONTRACT_ADDRESS` with the deployed contract address
-- `MERKLE_ROOT` with your merkle root value
-- `ERC20_TOKEN_ADDRESS` with the Gang token address
-
 ## Testing
 
 ### Running Tests