#include?
#include?
#include?

using?namespace?cv;
using?namespace?std;


#define?HISTGRAM_X_SCALE?2
#define?HISTGRAM_X_SIZE?（256*HISTGRAM_X_SCALE）
#define?HISTGRAM_Y_SIZE?400


void?doSomething（Mat?src）;
void?showHistgram（int?*grayLevel?string?windowName）;
int?smoothHistgram（int?*oldHist?double?*newHist）;
bool?isTwoPolar（double?*hist）;
uchar?findLocalMinimum（double?*hist）;


#define?MAX_PICTURE_NUMBER?100
string?FILE_SOURCE_PATH?=?“nearBall\\“;

void?main（）?{
	Mat?src;
	int?i?=?0;
	string?no;

	for?（int?i?=?0;?i?
		if?（i?			i?=?0;
		no?=?to_string（i）;
		src?=?imread（FILE_SOURCE_PATH?+?no?+?“.jpg“?1）;
		if?（src.empty（））
			cout?<
		imshow（“原圖“?src）;
		doSomething（src）;
		int?keyValue?=?waitKey（0）;

		switch?（keyValue）?{
		case?‘w‘:?case?‘a(chǎn)‘:
			i--;
			break;
		case?‘b‘:
			i?=?0;
			break;
		case?‘q‘:
			return;
		default:
			i++;
			break;
		}
	}
	return;

}


void?doSomething（Mat?src）?{

	Mat?grayImg;
	int?grayLevel[256]?=?{?0?};
	if?（src.type（）?!=?CV_8UC1）
		cvtColor（src?grayImg?CV_BGR2GRAY）;
	imshow（“灰度圖“?grayImg）;

	//?統(tǒng)計(jì)灰度分布
	for?（int?i?=?0;?i?		for?（int?j?=?0;?j?			uchar?value?=?src.at（i?j）;
			grayLevel[value]++;
		}
	}
	showHistgram（grayLevel?“Original“）;

	double?newHist[256]?=?{?0?};
	if?（smoothHistgram（grayLevel?newHist）?!=?-1）?{
		uchar?p1?p2;
		int?intHist[256]?=?{?0?};
		for?（int?i?=?0;?i?			intHist[i]?=?static_cast（newHist[i]）;
		showHistgram（intHist?“New“）;
		int?thresh?=?findLocalMinimum（newHist）;
		Mat?binImg;
		threshold（grayImg?binImg?thresh?255?THRESH_BINARY）;
		imshow（“二值化圖“?binImg）;
	}
	else
		;
	//?繪制平滑直方圖

}


void?showHistgram（int?*grayLevel?string?windowName?=?“Default“）?{

	double?minValue?=?*min_element（grayLevel?grayLevel?+?256）;
	double?maxValue?=?*max_element（grayLevel?grayLevel?+?256）;
	//cout?<
	Mat?d