#include??
#include??

using?namespace?cv;
using?namespace??std;
int?redThre?=?220;?//?115~135???????115?或??49
int?saturationTh?=?7;?//55~65??????45??或??7
Mat?CheckColor（Mat?&inImg）;
Mat?ta?tb?src?morphImage;
void?DrawFire（Mat?&inputImg?Mat?foreImg）;

int?main（）
{
	VideoCapture?capture（“E:/1.mp4“）;

	while?（1）
	{
		Mat?frame;

		capture?>>?frame;
		if?（frame.empty（））
			break;
		namedWindow（“Control“?CV_WINDOW_AUTOSIZE）;
		const?char*tract_title?=?“redThre“;
		const?char*saturationTh_title?=?“saturationTh“;
		createTrackbar（tract_title?“Control“?&redThre?255）;
		createTrackbar（saturationTh_title?“Control“?&saturationTh?255）;
		CheckColor（frame）;
		waitKey（1）;
	}
	//waitKey（1）;
	return?0;
}

//The?Color?Check?is?According?to?“An?Early?Fire-Detection?Method?based?on?Image?Processing“????
//The?Author?is:Thou-Ho?（Chao-Ho）?Chen?Ping-Hsueh?Wu?and?Yung-Chuen?Chiou????

Mat?CheckColor（Mat?&inImg）
{
	Mat?fireImg;
	fireImg.create（inImg.size（）?CV_8UC1）;
	Mat?multiRGB[3];
	int?a?=?inImg.channels（）;
	split（inImg?multiRGB）;?//將圖片拆分成RGB三通道的顏色????

	for?（int?i?=?0;?i?	{
		for?（int?j?=?0;?j?		{
			float?B?G?R;
			B?=?multiRGB[0].at（i?j）;?//每個像素的RGB值動態地址計算法????
			G?=?multiRGB[1].at（i?j）;
			R?=?multiRGB[2].at（i?j）;

			float?maxValue?=?max（max（B?G）?R）;
			float?minValue?=?min（min（B?G）?R）;
			//與HSI中S分量的計算公式??
			double?S?=?（1?-?3.0*minValue?/?（R?+?G?+?B））;//??

														//R?>?RT??R>=G>=B??S>=（（255-R）*ST/RT）????
			if?（R?>?redThre?&&R?>=?G?&&?G?>=?B?&&?S?>（（255?-?R）?*?saturationTh?/?redThre））
			{
				fireImg.at（i?j）?=?255;
			}
			else
			{
				fireImg.at（i?j）?=?0;
			}
		}
	}

	//erode（fireImg?fireImg?Mat（3?3?CV_8UC1））;??
	//GaussianBlur（fireImg?fireImg?Size（5?5）?0?0）;??
	//char?output_title[]?=?“morphology?demo“;
	//namedWindow（output_title?CV_WINDOW_AUTOSIZE）;
	//Mat?kernel?=?getStructuringElement（MORPH_RECT?Size（9?9）?Point（-1?-1））;
	//morphologyEx（fireImg?fireImg?CV_MOP_GRADIENT?kernel）;
	medianBlur（fireImg?fireImg?5）;
	dilate（fireImg?fireImg?Mat（5?5?CV_8UC1））;
	imshow（“Binary“?fireImg）;
	//vector>?contours;
	//vector?hireachy;
	//findContours（morphImage?contours?hireachy?CV_RETR_EXTERNAL?CHAIN_APPROX_SIMPLE?Point（））;
	//Mat?connImage?=?Mat::zeros（src.size（）?CV_8UC3）;
	//for?（size_t?t?=?0;?t?	//Rect?rect?=?boundingRect（contours[t]）;
	//if?（rect.width?	DrawFire（inImg?fireImg）;
	return?fireImg;
}

void?DrawFire（Mat?&inputImg?Mat?foreImg）
{
	vector>?contours_set;//保存輪廓提取后的點集及拓撲關系????
	findContours（foreImg?contours_set?CV_RETR_EXTERNAL?CV_CHAIN_APPROX_NONE）;
	Point?point1;
	Point?point2;
	float?a?=?0.4?b?=?0.75;
	float?xmin1?=?a?*?inputImg.cols?ymin1?=?inputImg.rows?xmax1?=?0?ymax1?=?0;
	float?xmin2?=?b?*?inpu

?屬性????????????大小?????日期????時間???名稱
-----------?---------??----------?-----??----
?????目錄???????????0??2018-07-23?21:20??火焰檢測\
?????文件????????5453??2018-07-20?09:46??火焰檢測\1.cpp
?????文件?????4468228??2017-07-19?21:58??火焰檢測\1.mp4