private void PierreDellacherie(int boxIndex,int releaseLines) {
        int highestY = calcApex(mFirstBoxs);
        
        int landingHeight = landingHeight(boxIndex);
        int erodedPieceCellsMetric = erodedPieceCellsMetric(mFirstBoxs,mCurX,mCurY,boxIndex,releaseLines);
        int boardRowTransitions = boardRowTransitions(mFirstBoxs,highestY);
        int boardColTransitions = boardColTransitions(mFirstBoxs,highestY);
        int boardBuriedHoles = boardBuriedHoles(mFirstBoxs,highestY);
        int boardWells = boardWells(mFirstBoxs,highestY);
        
        int score = -45*landingHeight + 34*erodedPieceCellsMetric -
        32*boardRowTransitions -
        93*boardColTransitions -
        79*boardBuriedHoles -
        34*boardWells;
    
        refreshScore(score);
    }  

    public void seekBestStrategy() {
        // 获取当前游戏模型最高点

        // 深度搜索存在的情况
        for (int rotate = 0;rotate < getRotateCount(mCurType);rotate++) {
            for (int i = 0;i < mTetrisGame.mGameWidth - 2;i++) {
                // 检测当前坐标是否能移动

                // 模拟下落 (类似与人类在大脑思考某种行为的后果如何)

                // 设置当前状态
                
                // 消行
                
                // 遍历下一个方块 (遍历下一个方块函数功能和本函数类似,只是该调用变成了评价函数)
                
                // 恢复背景数组状态(最高点向下copy)
            }
        }
        
        // 找到一个最佳点
        setFind(true);
    }