#pragma once
#include <GBFieldData.h>
using namespace OTSDATA;
namespace OTSGBCalculate
{
	enum class  GBIncCategory
	{
		AT = 1,//A thin
		AW=2,//A wide
		AS=3,//A super
		BT = 4,
		BW=5,
		BS=6,
		CT = 7,
		CW=8,
		CS=9,
		DT=10,
		DW= 11,
		DS = 12,
		DSulfideT = 13,
		DSulfideW=14,
		DSulfideS=15

	};
	class  __declspec(dllexport) GBGradeCell
	{
	public:
		int nFldNum = 0;
		CGBFieldList GBFlds;
		void AddFld(CGBFieldDataPtr fld)
		{
			GBFlds.push_back(fld);
			nFldNum += 1;
		}

	};
	 class  __declspec(dllexport)  CGBGradeData
	{

	public:

		static CONST int LEVEL_LENGTH = 11;
		CGBGradeData(CGBFieldList listCGBField)
		{
			GBMeasureArea = listCGBField;
			for (CGBFieldDataPtr GBFld : listCGBField)
			{

				//update the A class grid data
				GB_GRADE_TYPE levelt = GBFld->GetALevel()->GetThinGrade();
				GB_GRADE_TYPE levelw = GBFld->GetALevel()->GetWideGrade();
				GB_GRADE_TYPE levels = GBFld->GetALevel()->GetSuperGrade();


				ALevel[(int)levelt].AddFld(GBFld);

				ALevel_w[(int)levelw].AddFld(GBFld);

				ALevel_s[(int)levels].AddFld(GBFld);

				//update the B class grid data
				levelt = GBFld->GetBLevel()->GetThinGrade();
				levelw = GBFld->GetBLevel()->GetWideGrade();
				levels = GBFld->GetBLevel()->GetSuperGrade();


				BLevel[(int)levelt].AddFld(GBFld);

				BLevel_w[(int)levelw].AddFld(GBFld);

				BLevel_s[(int)levels].AddFld(GBFld);

				//update the C class grid data

				levelt = GBFld->GetCLevel()->GetThinGrade();
				levelw = GBFld->GetCLevel()->GetWideGrade();
				levels = GBFld->GetCLevel()->GetSuperGrade();


				CLevel[(int)levelt].AddFld(GBFld);

				CLevel_w[(int)levelw].AddFld(GBFld);

				CLevel_s[(int)levels].AddFld(GBFld);
				//update the D class grid data
				levelt = GBFld->GetDLevel()->GetThinGrade();
				levelw = GBFld->GetDLevel()->GetWideGrade();
				levels = GBFld->GetDLevel()->GetSuperGrade();

				DLevel[(int)levelt].AddFld(GBFld);

				DLevel_w[(int)levelw].AddFld(GBFld);

				DLevel_s[(int)levels].AddFld(GBFld);



				//update the DSulfide class grid data
				levelt = GBFld->GetDSulfideLevel()->GetThinGrade();
				levelw = GBFld->GetDSulfideLevel()->GetWideGrade();
				levels = GBFld->GetDSulfideLevel()->GetSuperGrade();

				DSulfideLevel[(int)levelt].AddFld(GBFld);

				DSulfideLevel_w[(int)levelw].AddFld(GBFld);

				DSulfideLevel_s[(int)levels].AddFld(GBFld);


			}
			for (CGBFieldDataPtr frame : listCGBField)
			{
				auto dsparticles = frame->listDSParticles;


				for (auto part : dsparticles)
				{

					allDSParts.push_back(part);

				}

			}
		}

		//Definition numbers
		//use the nXLevel array to memory how many fields in each level.

		GBGradeCell ALevel[LEVEL_LENGTH];  //nALevelZero, nALevel_0_5, nALevel_1_0, nALevel_1_5, nALevel_2_0, nALevel_2_5, nALevel_3_0, nALevel_3_5, nALevel_4_0, nALevel_4_5, nALevel_5_0 ;
		GBGradeCell ALevel_w[LEVEL_LENGTH]; //nALevelZero_f, nALevel_0_5_f, nALevel_1_0_f, nALevel_1_5_f, nALevel_2_0_f, nALevel_2_5_f, nALevel_3_0_f, nALevel_3_5_f, nALevel_4_0_f, nALevel_4_5_f, nALevel_5_0_f;
		GBGradeCell ALevel_s[LEVEL_LENGTH];
		GBGradeCell BLevel[LEVEL_LENGTH]; //nBLevelZero, nBLevel_0_5, nBLevel_1_0, nBLevel_1_5, nBLevel_2_0, nBLevel_2_5, nBLevel_3_0, nBLevel_3_5, nBLevel_4_0, nBLevel_4_5, nBLevel_5_0;
		GBGradeCell BLevel_w[LEVEL_LENGTH]; //nBLevelZero_f, nBLevel_0_5_f, nBLevel_1_0_f, nBLevel_1_5_f, nBLevel_2_0_f, nBLevel_2_5_f, nBLevel_3_0_f, nBLevel_3_5_f, nBLevel_4_0_f, nBLevel_4_5_f, nBLevel_5_0_f;
		GBGradeCell BLevel_s[LEVEL_LENGTH];
		GBGradeCell CLevel[LEVEL_LENGTH]; //nCLevelZero, nCLevel_0_5, nCLevel_1_0, nCLevel_1_5, nCLevel_2_0, nCLevel_2_5, nCLevel_3_0, nCLevel_3_5, nCLevel_4_0, nCLevel_4_5, nCLevel_5_0;
		GBGradeCell CLevel_w[LEVEL_LENGTH]; //nCLevelZero_f, nCLevel_0_5_f, nCLevel_1_0_f, nCLevel_1_5_f, nCLevel_2_0_f, nCLevel_2_5_f, nCLevel_3_0_f, nCLevel_3_5_f, nCLevel_4_0_f, nCLevel_4_5_f, nCLevel_5_0_f;
		GBGradeCell CLevel_s[LEVEL_LENGTH];
		GBGradeCell DLevel[LEVEL_LENGTH];// nDLevelZero, nDLevel_0_5, nDLevel_1_0, nDLevel_1_5, nDLevel_2_0, nDLevel_2_5, nDLevel_3_0, nDLevel_3_5, nDLevel_4_0, nDLevel_4_5, nDLevel_5_0;
		GBGradeCell DLevel_w[LEVEL_LENGTH]; //nDLevelZero_f, nDLevel_0_5_f, nDLevel_1_0_f, nDLevel_1_5_f, nDLevel_2_0_f, nDLevel_2_5_f, nDLevel_3_0_f, nDLevel_3_5_f, nDLevel_4_0_f, nDLevel_4_5_f, nDLevel_5_0_f;
		GBGradeCell DLevel_s[LEVEL_LENGTH];

		GBGradeCell DSulfideLevel[LEVEL_LENGTH];// nDLevelZero, nDLevel_0_5, nDLevel_1_0, nDLevel_1_5, nDLevel_2_0, nDLevel_2_5, nDLevel_3_0, nDLevel_3_5, nDLevel_4_0, nDLevel_4_5, nDLevel_5_0;
		GBGradeCell DSulfideLevel_w[LEVEL_LENGTH]; //nDLevelZero_f, nDLevel_0_5_f, nDLevel_1_0_f, nDLevel_1_5_f, nDLevel_2_0_f, nDLevel_2_5_f, nDLevel_3_0_f, nDLevel_3_5_f, nDLevel_4_0_f, nDLevel_4_5_f, nDLevel_5_0_f;
		GBGradeCell DSulfideLevel_s[LEVEL_LENGTH];
		CGBParticleList allDSParts;
		
		private: 
			CGBFieldList GBMeasureArea;

	};
}