#include "pch.h"
#include "M_AutoDiagnosisManager/DiagnosisInfo.h"
#include "CHCommonClasses/MacroFile.h"

BOOL CDiagnosisInfo::LoadInfo(CString strFilePath)
{
	CMacroFile file;

	if (!file.Read(strFilePath))
		return FALSE;

	file.GetItem(_T("MODULE_COUNT"), m_nModuleCount, 2);
	file.GetItem(_T("SQUARENESS_PANEL_COUNT"), m_nPanelCount_Squareness, 0);
	file.GetItem(_T("SQUARENESS_CAMERA_RESOLUTION"), m_dCameraResolution, 0);
	file.GetItem(_T("SQUARENESS_JUDGE_DATA_DEGREE"), m_dJudgeData_Degree, 0);
	file.GetItem(_T("SQUARENESS_CAMERA_FRAME_WIDTH"), m_nCameraFrameWidth, 0);
	file.GetItem(_T("SQUARENESS_CAMERA_FRAME_HEIGHT"), m_nCameraFrameHeight, 0);
	file.GetItem(_T("FLATNESS_AF_DELAY"), m_nAFDelay, 0);
	file.GetItem(_T("FLATNESS_JUDGE_DATA_Z_RANGE"), m_dJudgeData_ZRange, 0);
	file.GetItem(_T("FLATNESS_GLASS_X"), m_nGlassSizeX, 0);
	file.GetItem(_T("FLATNESS_GLASS_Y"), m_nGlassSizeY, 0);
	/*< LYW 20210719 : #3517 ADD Start >*/
	file.GetItem(_T("FLATNESS_SKIPMODE"), m_nFlatnessSkipMode, 0);
	file.GetItem(_T("SQUARENESS_STANDARD"), m_dSquarenessStandard, 0);
	file.GetItem(_T("SQUARENESS_STANDARD2"), m_dSquarenessStandard2, 0);
	file.GetItem(_T("WSI_STANDARD"), m_dWSIStandard, 0);
	/*< LYW 20210719 : #3517 ADD End >*/
	file.GetItem(_T("FLATNESS_MODE"), m_nFlatnessMode, 0);
	file.GetItem(_T("FLATNESS_RANGECOUNT"), m_nRangeCount_Flatness, 0);
	file.GetItem(_T("WSI_PANEL_COUNT"), m_nPanelCount_Wsi, 0);
	file.GetItem(_T("WSI_JUDGE_DATA_3SIGMA"), m_dJudgeData_3Sigma, 0);
	file.GetItem(_T("WSI_PANEL_POSX"), m_dPanelPosX, 0);
	file.GetItem(_T("WSI_PANEL_POSY"), m_dPanelPosY, 0);
	file.GetItem(_T("WSI_PANEL_POSX2"), m_dPanelPosX2, 0);
	file.GetItem(_T("WSI_PANEL_POSY2"), m_dPanelPosY2, 0);

	file.GetItem(_T("REVIEW_PANEL_POSX"), m_dReviewPanelPosX, 0);
	file.GetItem(_T("REVIEW_PANEL_POSY"), m_dReviewPanelPosY, 0);
	file.GetItem(_T("REVIEW_PANEL_POSX2"), m_dReviewPanelPosX2, 0);
	file.GetItem(_T("REVIEW_PANEL_POSY2"), m_dReviewPanelPosY2, 0);
	file.GetItem(_T("REVIEW_PANEL_POSX3"), m_dReviewPanelPosX3, 0);
	file.GetItem(_T("REVIEW_PANEL_POSY3"), m_dReviewPanelPosY3, 0);
	file.GetItem(_T("REVIEW_PANEL_POSX4"), m_dReviewPanelPosX4, 0);
	file.GetItem(_T("REVIEW_PANEL_POSY4"), m_dReviewPanelPosY4, 0);
	file.GetItem(_T("REVIEW_PANEL_POSX5"), m_dReviewPanelPosX5, 0);
	file.GetItem(_T("REVIEW_PANEL_POSY5"), m_dReviewPanelPosY5, 0);
	file.GetItem(_T("REVIEW_PANEL_POSX6"), m_dReviewPanelPosX6, 0);
	file.GetItem(_T("REVIEW_PANEL_POSY6"), m_dReviewPanelPosY6, 0);

	return TRUE;
}

int CDiagnosisInfo::SetSettingResultCount_Squareness(int nCount)
{
	if (nCount == int(m_vecSettingResult_Squareness.size())) return int(m_vecSettingResult_Squareness.size());

	m_vecSettingResult_Squareness.clear();

	m_vecSettingResult_Squareness.resize(nCount);

	return int(m_vecSettingResult_Squareness.size());
}

CDiagnosisResult* CDiagnosisInfo::GetSettingResult_Squareness(int nModuleIdx)
{
	if (nModuleIdx < 0 || int(m_vecSettingResult_Squareness.size()) <= 0 || nModuleIdx >= int(m_vecSettingResult_Squareness.size())) return NULL;

	return &(m_vecSettingResult_Squareness.at(nModuleIdx));
}

const CDiagnosisResult* CDiagnosisInfo::GetSettingResult_Squareness(int nModuleIdx) const
{
	if (nModuleIdx < 0 || int(m_vecSettingResult_Squareness.size()) <= 0 || nModuleIdx >= int(m_vecSettingResult_Squareness.size())) return NULL;

	return &(m_vecSettingResult_Squareness.at(nModuleIdx));
}

const CDiagnosisResult* CDiagnosisInfo::GetSettingResult_Flatness() const
{
	return &m_dataSettingResult_Flatness;
}

CDiagnosisResult* CDiagnosisInfo::GetSettingResult_Flatness()
{
	return &m_dataSettingResult_Flatness;
}

const CDiagnosisResult* CDiagnosisInfo::GetSettingResult_Wsi(int nModuleIdx) const
{
	if (nModuleIdx < 0 || int(m_vecSettingResult_Wsi.size()) <= 0 || nModuleIdx >= int(m_vecSettingResult_Wsi.size())) return NULL;

	return &(m_vecSettingResult_Wsi.at(nModuleIdx));
}

CDiagnosisResult* CDiagnosisInfo::GetSettingResult_Wsi(int nModuleIdx)
{
	if (nModuleIdx < 0 || int(m_vecSettingResult_Wsi.size()) <= 0 || nModuleIdx >= int(m_vecSettingResult_Wsi.size())) return NULL;

	return &(m_vecSettingResult_Wsi.at(nModuleIdx));
}

BOOL CDiagnosisResult::PathScheduling_Flatness(SPositionData* pPositionData, int nGlassSizeX, int nGlassSizeY)
{
	if (m_nRangeCount_Flatness <= 0)
		return FALSE;

	if (pPositionData == NULL)
		return FALSE;

	int nRows, nCols;
	int nStartPos = 50;
	int nPosWidth, nPosHeight;
	int nIndex = 0;


	switch (m_nFlatnessMode)
	{
	case Mode_2x2:

		nRows = 2;
		nCols = 2;

		nPosWidth = (nGlassSizeX - nStartPos * 2) / (nRows - 1);
		nPosHeight = (nGlassSizeY - nStartPos * 2) / (nCols - 1);

		for (int i = 0; i < nRows; i++)
		{
			if (i % 2 == 0)
			{
				for (int j = 0; j < nCols; j++)
				{

					pPositionData[nIndex].dPosX = nStartPos + nPosWidth * i;
					pPositionData[nIndex].dPosY = nStartPos + nPosHeight * j;
					nIndex++;
				}
			}
			else
			{
				for (int j = nCols - 1; j >= 0; j--)
				{

					pPositionData[nIndex].dPosX = nStartPos + nPosWidth * i;
					pPositionData[nIndex].dPosY = nStartPos + nPosHeight * j;
					nIndex++;
				}
			}
		}
		break;
	case Mode_3x3:

		nRows = 3;
		nCols = 3;

		nPosWidth = (nGlassSizeX - nStartPos * 2) / (nRows - 1);
		nPosHeight = (nGlassSizeY - nStartPos * 2) / (nCols - 1);

		for (int i = 0; i < nRows; i++)
		{
			if (i % 2 == 0)
			{
			for (int j = 0; j < nCols; j++)
			{

				pPositionData[nIndex].dPosX = nStartPos + nPosWidth * i;
				pPositionData[nIndex].dPosY = nStartPos + nPosHeight * j;
				nIndex++;
			}
		}
			else
			{
				for (int j = nCols - 1; j >= 0; j--)
				{

					pPositionData[nIndex].dPosX = nStartPos + nPosWidth * i;
					pPositionData[nIndex].dPosY = nStartPos + nPosHeight * j;
					nIndex++;
				}
			}
		}
		break;
	case Mode_3x4:

		nRows = 3;
		nCols = 4;

		nPosWidth = (nGlassSizeX - nStartPos * 2) / (nRows - 1);
		nPosHeight = (nGlassSizeY - nStartPos * 2) / (nCols - 1);

		for (int i = 0; i < nRows; i++)
		{
			if (i % 2 == 0)
			{
			for (int j = 0; j < nCols; j++)
			{

				pPositionData[nIndex].dPosX = nStartPos + nPosWidth * i;
				pPositionData[nIndex].dPosY = nStartPos + nPosHeight * j;
				nIndex++;
			}
		}
			else
			{
				for (int j = nCols - 1; j >= 0; j--)
				{

					pPositionData[nIndex].dPosX = nStartPos + nPosWidth * i;
					pPositionData[nIndex].dPosY = nStartPos + nPosHeight * j;
					nIndex++;
				}
			}
		}
		break;
	case Mode_4x5:

		nRows = 4;
		nCols = 5;

		nPosWidth = (nGlassSizeX - nStartPos * 2) / (nRows - 1);
		nPosHeight = (nGlassSizeY - nStartPos * 2) / (nCols - 1);

		for (int i = 0; i < nRows; i++)
		{
			if (i % 2 == 0)
			{
			for (int j = 0; j < nCols; j++)
			{

				pPositionData[nIndex].dPosX = nStartPos + nPosWidth * i;
				pPositionData[nIndex].dPosY = nStartPos + nPosHeight * j;
				nIndex++;
			}
		}
			else
			{
				for (int j = nCols - 1; j >= 0; j--)
				{

					pPositionData[nIndex].dPosX = nStartPos + nPosWidth * i;
					pPositionData[nIndex].dPosY = nStartPos + nPosHeight * j;
					nIndex++;
				}
			}
		}
		break;
	case Mode_10x10:

		nRows = 10;
		nCols = 10;

		nPosWidth = (nGlassSizeX - nStartPos * 2) / (nRows - 1);
		nPosHeight = (nGlassSizeY - nStartPos * 2) / (nCols - 1);

		for (int i = 0; i < nRows; i++)
		{
			if (i % 2 == 0)
			{
			for (int j = 0; j < nCols; j++)
			{

				pPositionData[nIndex].dPosX = nStartPos + nPosWidth * i;
				pPositionData[nIndex].dPosY = nStartPos + nPosHeight * j;
				nIndex++;
			}
		}
			else
			{
				for (int j = nCols - 1; j >= 0; j--)
				{

					pPositionData[nIndex].dPosX = nStartPos + nPosWidth * i;
					pPositionData[nIndex].dPosY = nStartPos + nPosHeight * j;
					nIndex++;
				}
			}
		}
		break;
	}
	return TRUE;
}

BOOL CDiagnosisResult::PathScheduling_Flatness_TestFunc(SPositionData* pPositionData, int nGlassSizeX, int nGlassSizeY)
{

	if (m_nRangeCount_Flatness <= 0)
		return FALSE;

	if (pPositionData == NULL)
		return FALSE;

	int nRows, nCols;
	int nStartPos = 50;
	int nPosWidth, nPosHeight;
	int nIndex = 0;


	switch (m_nFlatnessMode)
	{
	case Mode_2x2:

		nRows = 2;
		nCols = 2;

		nPosWidth = (nGlassSizeX - nStartPos * 2) / (nRows - 1);
		nPosHeight = (nGlassSizeY - nStartPos * 2) / (nCols - 1);

		pPositionData[0].dPosX = 1345.703;
		pPositionData[0].dPosY = 2280.953;
		pPositionData[1].dPosX = 2308.821;
		pPositionData[1].dPosY = 2280.953;
		pPositionData[2].dPosX = 2308.821;
		pPositionData[2].dPosY = 2381.836;
		pPositionData[3].dPosX = 1343.277;
		pPositionData[3].dPosY = 2381.836;
	}
	return TRUE;
}

void CDiagnosisResult::SetPositionData_Flatness(int nIndex)
{
	m_pPositionData_Flatness = new SPositionData[nIndex];
}

SPositionData* CDiagnosisResult::GetPositionData_Squareness(int nIndex)
{
	if (nIndex < 0 || nIndex >= MAX_PANEL_COUNT) return NULL;

	return &(m_pPositionData_Squareness[nIndex]);
}

const SPositionData* CDiagnosisResult::GetPositionData_Squareness(int nIndex) const
{
	if (nIndex < 0 || nIndex >= MAX_PANEL_COUNT) return NULL;

	return &(m_pPositionData_Squareness[nIndex]);
}

SPositionData* CDiagnosisResult::GetPositionData_Flatness(int nIndex)
{
	if (nIndex < 0 || nIndex >= m_nRangeCount_Flatness) return NULL;

	return &(m_pPositionData_Flatness[nIndex]);
}

const SPositionData* CDiagnosisResult::GetPositionData_Flatness(int nIndex) const
{
	if (nIndex < 0 || nIndex >= m_nRangeCount_Flatness) return NULL;

	return &(m_pPositionData_Flatness[nIndex]);
}