#include "ImageLocation.h"


ImageLocation::ImageLocation()
{
	score=0;
}

ImageLocation::~ImageLocation()
{

}


double ImageLocation::GetDefinition()
{
	return imgLocDryChemistry.GetDefinition();
}

int ImageLocation::GetPaperColor()
{
    return imgLocDryChemistry.GetLocatorColor();
}
int ImageLocation::GetPaperItems()
{
    return imgLocDryChemistry.GetPaperItems();//14,12,11,,,,
}
int ImageLocation::GetPaperLocLength()
{
    return imgLocDryChemistry.GetLocatorType();//2/3/0
}

Mat& ImageLocation::GetPaperImg()
{
    return imgLocDryChemistry.GetPaperImg();
}


cv::Mat ImageLocation::LocationProc(cv::Mat& image, cv::Rect roi, bool bDraw,cv::Scalar& paperParams,
					  cv::Scalar& wbAvgRgb, std::vector<cv::Point>& roiPositions, cv::Mat& rotRoiImage)
{
	score=0;
	roiPositions.clear();
	int err=-1;

	cv::Mat r = imgLocDryChemistry.GetPosition(image, roi, bDraw, wbAvgRgb,
		roiPositions);
	err = imgLocDryChemistry.GetLastError();

	wbAvgRgb.val[3] = err;
	if (err == 0) {

        paperParams.val[0] = imgLocDryChemistry.GetLocatorColor();
        paperParams.val[1] = imgLocDryChemistry.GetLocatorType();
        paperParams.val[2] = imgLocDryChemistry.GetPaperItems();

		cv::Mat(image,roi).copyTo(rotRoiImage);
		score= imgLocDryChemistry.GetScore();
	}
	return r;
}