#include "algEg.h"
#include "ValveDetector.h"
#include "qmap.h"
#include "qtcvutils.h"
#include "BatchTest4Alg.h"
#include "modelVerfication.h"
#pragma execution_character_set("utf-8")
using namespace luffy_base;
static QMap <QString, InputParam*> listModes;
algEg::algEg()
{
	luffy_triangle::createNewTrigValue(360);
	luffy_triangle::createNewTrigValue(3600);
	
}

algEg::~algEg()
{

}
const int nAngleMax = 3600;

bool algEg::Exec(IDetectorTask *lpTask, IDetectorAlgorithm* lpAlgorithm)
{
	//<! detect
	int64 nStart = cv::getTickCount();qDebug() << "start alg valve detect";
	ValveDetector m_objDetect;
	InputParam paramInput = { 0 };
	OutputParam paramOutput;
	paramInput.dScoreThres = lpAlgorithm->GetParamValue("scoreTh", LP_DOUBLE).toDouble();
	paramInput.nBarScore = lpAlgorithm->GetParamValue("barScore", LP_INT).toDouble();
	paramInput.nBarScore = paramInput.nBarScore > 50 ? paramInput.nBarScore : 50;
	paramInput.withinOffset = lpAlgorithm->GetParamValue("withinOffset", LP_INT).toInt();
	paramInput.barNum = lpAlgorithm->GetParamValue("barNum", LP_INT).toInt();
	paramOutput.bIsFind = false;
	paramOutput.dScore = 0;
	paramOutput.showMatchScore = -1;
	paramInput.nMaxAngle = nAngleMax;
	paramOutput.dAngle = 361;
	paramOutput.nErrorType = 0;
	paramInput.flagCircle = lpAlgorithm->GetParamValue("flagCircle", LP_INT).toInt();
	paramInput.roi = lpAlgorithm->GetParamValue("cirlceArea", LP_ROI).value<LP_DETECTOR_ROI_DATA>();
	paramInput.cMatchScore = lpAlgorithm->GetParamValue("cMatchScore", LP_DOUBLE).toDouble();
	paramInput.wheelType = lpAlgorithm->GetParamValue("wheelType", LP_INT).toInt();
	paramInput.backgroundThresh = lpAlgorithm->GetParamValue("backgroundThresh", LP_INT).toInt();
	Mat mask; Mat gray;
	if (!lpTask->GetTaskInfo()->detectImg.empty()) {
		luffy_imageProc::createImage(lpTask->GetTaskInfo()->detectImg, gray, luffy_imageProc::emCreateGray);
		qDebug() << "luffy_imageProc::createImage";
	}
	if (gray.empty()) {
		paramOutput.nErrorType += 1;
		qWarning() << "valve detect, gray is empty";
		return false;
	}

	luffy_imageProc::createImage(gray, mask, luffy_imageProc::emCreateColor);
	QString strObj = paramInput.strObj = lpTask->GetTaskInfo()->strName;
	bool bExist = true;
	if (strObj.isEmpty()) {
		bExist = false;
		paramOutput.nErrorType += 2;
	}

	Mat centerRoi = lpAlgorithm->GetParamValue("centerRoi", LP_MAT).value<cv::Mat>();

	if (!centerRoi.empty()) {
		qDebug() << "valve detection: creating CenterRoi";
		luffy_imageProc::createImage(centerRoi, paramInput.centerRoi, luffy_imageProc::emCreateGray);
	}
	else {
		qWarning() << "valve detection: fail to get CenterRoi";
		bExist = false;
	}

	//保护 防止越界
	QPointF pt = lpAlgorithm->GetParamValue("center", LP_POINTF).toPointF();
	if (pt.x() > gray.size().width||pt.y()>gray.size().height)
	{
		qWarning() << "center point big ";
		return false;
	}

	// add original center
	paramInput.originalPoint = Point2f(pt.x(), pt.y());
	paramInput.nCenterAlg = lpAlgorithm->GetParamValue("centerAlg", LP_INT).toInt();
	// add background
	paramInput.backGround = lpAlgorithm->GetParamValue("background", LP_MAT).value<cv::Mat>();
	luffy_imageProc::createImage(paramInput.backGround, paramInput.backGround, luffy_imageProc::emCreateGray);

	Mat rstMat;
	if (bExist)
	{
		qDebug() << "valve detection: found CenterRoi, trying to get the center points";
		paramInput.ptCenter = m_objDetect.getCenterPoints(gray, centerRoi, paramInput, Point(pt.x(), pt.y()), rstMat);
	}
	
	if (paramInput.ptCenter.x == 0) {
		bExist = false;
		qWarning() << "valve detection: center point is null, background is empty";
	}
	else
	{
		float dis = luffy_math::disofPoints(paramInput.originalPoint, paramInput.ptCenter);
		if (dis > 25)
		{
			bExist = false;
			paramOutput.nErrorType += 8;
			paramOutput.flag = 1;
		}
	}
	paramInput.nValveOffset = lpAlgorithm->GetParamValue("valveOffset", LP_INT).toInt();
	paramInput.fValveWidth = lpAlgorithm->GetParamValue("valveWidth", LP_DOUBLE).toDouble();
	paramInput.fValveDis = lpAlgorithm->GetParamValue("valveDis", LP_DOUBLE).toDouble();
	Mat tmp = lpAlgorithm->GetParamValue("valveTemplate", LP_MAT).value<cv::Mat>();
	Mat barTemp = lpAlgorithm->GetParamValue("barTemplate", LP_MAT).value<cv::Mat>();
///////
	Mat weightMat = lpAlgorithm->GetParamValue("weightMat", LP_MAT).value<cv::Mat>();
	Mat baseImage = lpAlgorithm->GetParamValue("baseImage", LP_MAT).value<cv::Mat>();
	int num = lpTask->GetSystemInfoValue("station").toInt();
	if (num == 2)
	{
		if (!baseImage.empty() && !weightMat.empty())
		{
			if (baseImage.size() != weightMat.size())
			{
				paramOutput.showMatchScore = 366;
				paramOutput.nErrorType += 16;
				bExist = false;
			}
			else
			{
				modelVerfication verObj(20, 127);
				verObj.setWeightMat(weightMat);
				bool ok = verObj.objectVerification(rstMat, baseImage, paramInput.cMatchScore, 360, paramOutput.showMatchScore);
				if (!ok)
				{
					paramOutput.nErrorType += 16;
					bExist = false;
				}
			}

		}
	}

	if (!tmp.empty() && !barTemp.empty()) {
		luffy_imageProc::createImage(tmp, paramInput.imgTemplate, luffy_imageProc::emCreateGray);
		luffy_imageProc::createImage(barTemp, paramInput.barTemplate, luffy_imageProc::emCreateGray);
	}
	else {
		if (!barTemp.empty() && paramInput.flagCircle == 1)
		{
			luffy_imageProc::createImage(barTemp, paramInput.barTemplate, luffy_imageProc::emCreateGray);
		}
		else
		{
			qWarning() << "valve detection: can not get template for detecting";
			bExist = false;
		}
		
	}

	if (bExist) {
		qDebug() << "valve detection: try finding";
		m_objDetect.detect(gray, paramInput, paramOutput, mask);
	}
	else {
		qWarning() << "valve detection: some param is missing";
	}
	if (lpTask->GetSystemInfoValue("wf_batch_test").toBool()) {
		int nAngle = paramOutput.dAngle;
		nAngle = nAngle >= paramInput.nMaxAngle ? 0 : nAngle;
		
		int	tmpX = paramInput.ptCenter.x + paramInput.fValveDis * luffy_base::luffy_triangle::getCos(paramInput.nMaxAngle, nAngle);
		int	tmpY = paramInput.ptCenter.y - paramInput.fValveDis * luffy_base::luffy_triangle::getSin(paramInput.nMaxAngle, nAngle);
		
	
		Point ptValve(tmpX, tmpY);
		QString strBase = lpTask->GetSystemInfoValue("folderBase").toString();
		QString strFile = lpTask->GetSystemInfoValue("fileName").toString();
		bool b = BatchTest4Alg::batchTest(strObj, ptValve, paramOutput.nErrorType, strBase, lpTask->GetTaskInfo()->strImageName);
		BatchTest4Alg::saveResult(strObj, b, lpTask->GetTaskInfo()->strImageName, strBase + "\\" + strFile);
	}
	QVariantMap vMap = lpTask->GetTaskInfo()->property.toMap();
	vMap.insert("model_cali", true);
	lpTask->GetTaskInfo()->property = vMap;

	paramOutput.dAngleRes = (paramOutput.dAngle - paramInput.nValveOffset) / paramInput.nMaxAngle * 360.0;
	paramOutput.dAngleRes = m_objDetect.ruleData(paramOutput.dAngleRes, paramOutput.nErrorType);
	paramOutput.strResultTip = m_objDetect.genResultTip(paramOutput.strResultTip, paramOutput.nErrorType);

	paramOutput.dTime = (double)(cv::getTickCount() - nStart) / cv::getTickFrequency() * 1000.0;
	m_objDetect.drawResult(mask, paramInput, paramOutput);
	m_objDetect.saveResult(gray, paramInput, paramOutput, strObj);
	lpAlgorithm->SetOutParamValue("image", EngineBase::convMat2QImage(mask));
	lpAlgorithm->SetOutParamValue("score", paramOutput.dScore);
	lpAlgorithm->SetOutParamValue("angle", paramOutput.dAngleRes);
	lpAlgorithm->SetOutParamValue("error", paramOutput.nErrorType);

	QString cLetter = paramOutput.strResultTip + "/" + QString::number(paramInput.dScoreThres);
	lpAlgorithm->SetOutParamValue("resultTip", cLetter);
	//lpAlgorithm->SetOutParamValue("resultTip", paramOutput.strResultTip);
	QString strImgName = lpTask->GetTaskInfo()->strImageName;
	lpAlgorithm->SetOutParamValue("imageName", lpTask->GetTaskInfo()->strImageName);
	qDebug() << "finish alg valve detect";
	return true;
}

bool algEg::Init(IDetectorTask *lpTask, IDetectorAlgorithm* lpAlgorithm)
{
	
	LP_ALGORITHM_PARAM param1_1("backgroundThresh", LP_INT, 15, QObject::tr("背景差异性阈值"));
	lpAlgorithm->AddParam(&param1_1, 1);

	LP_ALGORITHM_PARAM param1("scoreTh", LP_DOUBLE, 90, QObject::tr("相似度评价阈值，在0~100之间"));
	lpAlgorithm->AddParam(&param1, 1);

	LP_ALGORITHM_PARAM param2_1("wheelType", LP_INT, 0, QObject::tr("轮毂类型，0摩伦，1汽轮"));
	lpAlgorithm->AddParam(&param2_1, 1);

	LP_ALGORITHM_PARAM param3("flagCircle", LP_INT, 0, QObject::tr("0：无气门芯标识，绑定气门芯标定"));
	lpAlgorithm->AddParam(&param3, 1);

	LP_ALGORITHM_PARAM param3_1("centerAlg", LP_INT, 0, QObject::tr("是否开启中心定位，0关闭，1开启"));
	lpAlgorithm->AddParam(&param3_1, 1);

	LP_ALGORITHM_PARAM param3_2("center", LP_POINTF, QVariant(), QObject::tr("轮毂中心坐标，绑定气门芯标定"));
	lpAlgorithm->AddParam(&param3_2, 1);

	LP_ALGORITHM_PARAM param3_3("centerRoi", LP_MAT, QVariant(), QObject::tr("轮毂中心模板， 绑定圆定位"));
	lpAlgorithm->AddParam(&param3_3, 1);

	LP_ALGORITHM_PARAM param3_6("cirlceArea", LP_ROI, QVariant(), QObject::tr("轮毂区域框选"));
	lpAlgorithm->AddParam(&param3_6, 1);

	LP_ALGORITHM_PARAM param3_7("cMatchScore", LP_DOUBLE, 0.2000, QObject::tr("轮毂型号匹配分值"));
	lpAlgorithm->AddParam(&param3_7, 1);

	LP_ALGORITHM_PARAM param3_9("barScore", LP_INT, 0, QObject::tr("辐条得分值"));
	lpAlgorithm->AddParam(&param3_9, 1);

	LP_ALGORITHM_PARAM param13_1("withinOffset", LP_INT, 0, QObject::tr(" "));
	lpAlgorithm->AddParam(&param13_1, 1);

	LP_ALGORITHM_PARAM param13_2("barNum", LP_INT, 0, QObject::tr(" "));
	lpAlgorithm->AddParam(&param13_2, 1);

	LP_ALGORITHM_PARAM param13("valveOffset", LP_INT, 0, QObject::tr(" "));
	lpAlgorithm->AddParam(&param13, 1);

	LP_ALGORITHM_PARAM param23("valveWidth", LP_DOUBLE, 0, QObject::tr(" "));
	lpAlgorithm->AddParam(&param23, 1);

	LP_ALGORITHM_PARAM param33("valveDis", LP_DOUBLE, 0, QObject::tr(" "));
	lpAlgorithm->AddParam(&param33, 1);

	LP_ALGORITHM_PARAM param43("valveTemplate", LP_MAT, QVariant(), QObject::tr(" "));
	lpAlgorithm->AddParam(&param43, 1);

	LP_ALGORITHM_PARAM param44("barTemplate", LP_MAT, QVariant(), QObject::tr(" "));
	lpAlgorithm->AddParam(&param44, 1);

	LP_ALGORITHM_PARAM param45("weightMat", LP_MAT, QVariant(), QObject::tr(" "));
	lpAlgorithm->AddParam(&param45, 1);

	LP_ALGORITHM_PARAM param46("baseImage", LP_MAT, QVariant(), QObject::tr(" "));
	lpAlgorithm->AddParam(&param46, 1);

	LP_ALGORITHM_PARAM param4_1("background", LP_MAT, QVariant(), QObject::tr(" "));
	lpAlgorithm->AddParam(&param4_1, 1);

	LP_ALGORITHM_PARAM param6("image", LP_IMAGE);
	lpAlgorithm->AddOutParam(&param6, 1);

	LP_ALGORITHM_PARAM param7("score", LP_DOUBLE, 0, QObject::tr("相似度得分"));
	lpAlgorithm->AddOutParam(&param7, 1);

	LP_ALGORITHM_PARAM param8("angle", LP_DOUBLE, 0, QObject::tr("结果角度"));
	lpAlgorithm->AddOutParam(&param8, 1);

	LP_ALGORITHM_PARAM param9("error", LP_INT, 0, QObject::tr("错误类型"));
	lpAlgorithm->AddOutParam(&param9, 1);

	LP_ALGORITHM_PARAM param10("resultTip", LP_STRING, 0, QObject::tr("结果提示"));
	lpAlgorithm->AddOutParam(&param10, 1);

	QString AlgoName = QObject::tr("检测");
	QString AlgoName2 = QObject::tr("圆心定位");
	QString AlgoName3 = QObject::tr("气门芯标定");
	return true;
}



void LpAlgoNewInstance(IAlgo** lppAlgo)
{
	*lppAlgo = (IAlgo*)new algEg();
}

bool LpAlgoDeleteInstance()
{
	return true;
}