Solidity 实现：势枢、势位、势场三大注册表
// SPDX-License-Identifier: MIT pragma solidity ^0.8.19; /** * @title ShiShuRegistry * @notice 势枢核心注册表 * @dev 存储三维编织的基础结构和势场边界 */ contract ShiShuRegistry { // 维度枚举 enum Dimension { Time, Space, Relation } // 势场边界结构 struct ShiBoundaries { uint8[3] time; // 时间维三档边界 uint8[3] space; // 空间维三档边界 uint8[3] relation; // 关系维三档边界 uint256 updatedAt; // 最后更新时间 } // 资产在势枢中的坐标 struct ShiShuCoordinate { uint8 timeLevel; // 0-3 uint8 spaceLevel; // 0-3 uint8 relationLevel; // 0-3 uint256 recordedAt; // 记录时间 } // 当前势场边界 ShiBoundaries public currentBoundaries; // 资产 => 势枢坐标 mapping(bytes32 => ShiShuCoordinate) public assetCoordinates; event CoordinateRecorded( bytes32 indexed assetId, uint8 timeLevel, uint8 spaceLevel, uint8 relationLevel ); }
/** * @notice 记录资产在势枢中的坐标 */ function recordCoordinate( bytes32 assetId, uint8 timeUsage, uint8 spaceCount, uint8 relationCount ) external onlyOracle returns (ShiShuCoordinate memory) { uint8 timeLevel = _calculateLevel(timeUsage, currentBoundaries.time); uint8 spaceLevel = _calculateLevel(spaceCount, currentBoundaries.space); uint8 relationLevel = _calculateLevel(relationCount, currentBoundaries.relation); ShiShuCoordinate memory coord = ShiShuCoordinate({ timeLevel: timeLevel, spaceLevel: spaceLevel, relationLevel: relationLevel, recordedAt: block.timestamp }); assetCoordinates[assetId] = coord; emit CoordinateRecorded( assetId, timeLevel, spaceLevel, relationLevel ); return coord; } /** * @notice 计算档位 */ function _calculateLevel( uint8 value, uint8[3] memory boundaries ) internal pure returns (uint8) { if (value == 0) return 0; // 沉寂/孤立 if (value < boundaries[0]) return 1; // 稳定/少平台/初连 if (value < boundaries[1]) return 2; // 活跃/多平台/网络 return 3; // 爆发/跨域/生态 }
contract ShiPositionRegistry { // 六爻枚举 enum Yao { ChuJiu, JiuEr, JiuSan, JiuSi, JiuWu, ShangJiu } // 势位结构 struct ShiPosition { Yao timeYao; // 时间势位 Yao spaceYao; // 空间势位 Yao relationYao; // 关系势位 uint256 shiEnergy; // 势能值 (0-10000) uint256 lastUpdate; // 最后更新 } // 势位跃迁记录 struct ShiTransition { uint8 dimension; // 0=时间, 1=空间, 2=关系 Yao fromYao; Yao toYao; uint8 percentileBefore; uint8 percentileAfter; uint256 timestamp; bytes32 triggerEvent; } // 资产 => 当前势位 mapping(bytes32 => ShiPosition) public positions; // 资产 => 跃迁历史 mapping(bytes32 => ShiTransition[]) public transitionHistory; }
/** * @notice 更新资产势位（由预言机调用） */ function updatePosition( bytes32 assetId, uint8 timePercentile, // 0-100 uint8 spacePercentile, uint8 relationPercentile, uint256 shiEnergy ) external onlyOracle { // 计算新的六爻坐标 Yao newTimeYao = _percentileToYao(timePercentile); // ... ShiPosition storage current = positions[assetId]; // 检查是否跃迁 if (current.timeYao != newTimeYao) { _recordTransition(assetId, 0, current.timeYao, newTimeYao, ...); } // 更新势位 positions[assetId] = ShiPosition({ timeYao: newTimeYao, spaceYao: newSpaceYao, relationYao: newRelationYao, shiEnergy: shiEnergy, lastUpdate: block.timestamp }); } /** * @notice 百分位转六爻 */ function _percentileToYao(uint8 percentile) internal pure returns (Yao) { if (percentile < 25) return Yao.ChuJiu; // 初九: 后25% if (percentile < 50) return Yao.JiuEr; // 九二: 25-50% if (percentile < 70) return Yao.JiuSan; // 九三: 50-70% if (percentile < 85) return Yao.JiuSi; // 九四: 70-85% if (percentile < 95) return Yao.JiuWu; // 九五: 85-95% return Yao.ShangJiu; // 上九: 前5% }
contract ShiFieldRegistry { // 势场区域结构 struct ShiFieldRegion { string traditionalName; // 传统卦名，如"乾" uint8[4] center; // 中心特征 [用, 扩, 衍, 益] uint256 memberCount; // 成员数量 string description; // 描述 } // 势场周期 struct ShiFieldEpoch { uint256 timestamp; uint256 epoch; bytes32 merkleRoot; // 资产-区域映射的Merkle根 mapping(uint8 => ShiFieldRegion) regions; // 1-64区域 } // 周期ID => 势场周期 mapping(uint256 => ShiFieldEpoch) public epochs; // 当前周期 uint256 public currentEpoch; // 资产 => 当前所属区域 mapping(bytes32 => uint8) public assetToRegion; }
/** * @notice 创建新的势场周期（每周调用） */ function createEpoch( bytes32 merkleRoot, ShiFieldRegion[64] calldata regions ) external onlyOracle returns (uint256 epochId) { uint256 newEpoch = currentEpoch + 1; ShiFieldEpoch storage epoch = epochs[newEpoch]; epoch.timestamp = block.timestamp; epoch.epoch = newEpoch; epoch.merkleRoot = merkleRoot; // 存储64个区域信息 for (uint8 i = 0; i < 64; i++) { epoch.regions[i + 1] = regions[i]; // 区域ID从1开始 } currentEpoch = newEpoch; emit ShiFieldUpdated(newEpoch, block.timestamp, merkleRoot); return newEpoch; } /** * @notice 验证并记录资产所属区域 */ function assignRegion( bytes32 assetId, uint8 regionId, bytes32[] calldata merkleProof ) external { // 验证Merkle证明... bool isValid = merkleVerifier.verify( epochs[currentEpoch].merkleRoot, assetId, regionId, merkleProof ); require(isValid, "Invalid Merkle proof"); assetToRegion[assetId] = regionId; emit AssetRegionAssigned( assetId, regionId, epochs[currentEpoch].regions[regionId].traditionalName ); }
完整合约代码位于 reference/ECHO-Shi-Contracts.sol