print("maxIndex出现次数：", len(maxIndex))
maxIndex = maxIndex[int(len(maxIndex) / 2)]
#print("maxIndex最终位置",maxIndex)
if maxP > 0.6:
block = {}
block['position'] = dataPosition[maxIndex]
block['blockIndex'] = i
blocks.append(block)
#print("检测的块数",i,"最大概率为：",maxP)
#print('位置： ',dataPosition[maxIndex])
#print('标准位置为：',blocksInfos[0][i])
if len(blocks) == 4: break
if len(blocks) < 4:
sys.exit("第" + image + "张图片遮挡或变化过多，检测失败")
target = it.objectConfirm(targetPosition[-1]['x'], targetPosition[-1]['y'],
blocks, offsetInfo)
print("检测到的目标：", target)
print("原始目标位置：", targetPosition[-1])
#print("真实目标位置：{'x': 121, 'y': 61, 'lenth': 77, 'width': 93,}",)
#for i in range(76846,89040):
# imaMatTem=it.mark(imaMat,dataPosition[i])
imaMatTem = it.mark(imaMat, blocks[0]['position'])
imaMatTem = it.mark(imaMat, blocks[1]['position'])
imaMatTem = it.mark(imaMat, blocks[2]['position'])
imaMatTem = it.mark(imaMat, blocks[3]['position'])
imaMatTem = it.mark(imaMat, target)
it.showIma(imaMatTem)
sys.exit("断点退出。")
