//经过ostu运算,得到质量比较好的图像
    threshold(matSplit[ 1],ostu, 100, 255,THRESH_OTSU);
    dstclone  = ostu.clone();
     // 做竖直的投影。这里由于更关心截断的情况，而不关心具体升降，所以是画出截断线而不是画波形
     for ( int i = 0;i <ostu.cols;i ++)
    {
        Mat data  = ostu.col(i);
         int itmp  = countNonZero(data);
        vectorV.push_back(itmp);
    }
     //上波形为VUpper,下波形为VDown
     for ( int i = 1;i <vectorV.size();i ++)
    {
         if (vectorV[i - 1]  ==  0  && vectorV[i] > 0)
        {
            VUpper.push_back(i);
        }
         if (vectorV[i - 1] > 0  && vectorV[i]  ==  0)
        {
            VDown.push_back(i);
        }
    }
    
     //计算结果
     for ( int i = 0;i <VUpper.size();i ++)
    {
        Mat roitmp  = ostu(Rect(VUpper[i], 0,VDown[i] -VUpper[i],ostu.rows));
        dilate(roitmp,roitmp,Mat()); //对ostu的结果适当膨胀
         int uppertimes  =  0;
         for ( int j = 0;j <ostu.rows;j ++)
        {
            Mat data  = roitmp.row(j);
             int itmp  = countNonZero(data);
            vectorH.push_back(itmp);
        }
         for ( int j = 0;j <vectorH.size() - 1;j ++)
        {   
             if (vectorH[j] > 0  && vectorH[j + 1]  ==  0)
            {
                HDower.push_back(j);
            }
             if (vectorH[j]  ==  0  && vectorH[j + 1] > 0)
            {
                HUpper.push_back(j);
            }
        }
         if (HUpper.size()  < =  1)
        {
            result[i]  =  1;
             //printf("结果为连在一起的\n");
        }
         else
        {   
             int iresult  =  0;
             for ( int j = 0;j <HDower.size() - 1;j ++)
            {
                 //得出之间空白的区域
                 int iwidth  = HUpper[j + 1]  - HDower[j];
                 if (iwidth  >  10)
                {
                    iresult  = iresult  + 1;
                }
            }
             if (iresult  >  0 )
            {
                result[i]  =  0;
                // printf("结果为断开的\n");
            }
             else
            {
                result[i]  =  1;
                 //printf("结果为连在一起的\n");
            }
            iresult  =  0;
        }
        vectorH.clear();
        HUpper.clear();
        HDower.clear();
        uppertimes  =  0;
    }