#include "StdAfx.h"
#include "DppGain.h"
// DP5/PX5/DP5G Analog Gain

CDppGain::CDppGain(void)
{
	GainTable = dagtDP5;
}

CDppGain::~CDppGain(void)
{
	//
}

int CDppGain::GetGainCount(DppAGainTable GainTable)
{
	int GainCount = 0;
	if (GainTable == dagtDP5) {
		GainCount = DP5_GAIN_COUNT;
	} else if (GainTable == dagtPX5) {
		GainCount = PX5_GAIN_COUNT;
	} else if (GainTable == dagtDP5G) {
		GainCount = DP5G_GAIN_COUNT;
	} else if (GainTable == dagtMCA8000D) {
		GainCount = MCA8000D_GAIN_COUNT;
	} else if (GainTable == dagtTB5) {
		GainCount = DP5G_GAIN_COUNT;
	} else if (GainTable == dagtDP5Dx) {
		GainCount = DP5_DX_GAIN_COUNT;
	} else if (GainTable == dagtDP5X) {
		GainCount = DP5X_GAIN_COUNT;
	}
	return GainCount;
}

CString CDppGain::GetTotalGainLimitsLabel(DppAGainTable GainTable)
{
	CString GainLabel("");
	if (GainTable == dagtDP5) {
		GainLabel = "0.75 to 150";
	} else if (GainTable == dagtPX5) {
		GainLabel = "0.75 to 500";
	} else if (GainTable == dagtDP5G) {
		GainLabel = "1.0 to 10.0";
	} else if (GainTable == dagtMCA8000D) {
		GainLabel = "1x OR 10x";
	} else if (GainTable == dagtTB5) {
		GainLabel = "1.0 to 10.0";
	} else if (GainTable == dagtDP5Dx) {
		GainLabel = "0.75 to 250";
	} else if (GainTable == dagtDP5X) {
		GainLabel = "3.00 to 150";
	}
	return GainLabel;
}

double CDppGain::GetTotalGainLimitsMin(DppAGainTable GainTable)
{
	double GainMin = 0.75;
	if (GainTable == dagtDP5) {
		GainMin = 0.75;
	} else if (GainTable == dagtPX5) {
		GainMin = 0.75;
	} else if (GainTable == dagtDP5G) {
		GainMin = 1.0;
	} else if (GainTable == dagtMCA8000D) {
		GainMin = 1;
	} else if (GainTable == dagtTB5) {
		GainMin = 1.0;
	} else if (GainTable == dagtDP5Dx) {
		GainMin = 0.75;
	} else if (GainTable == dagtDP5X) {
		GainMin = 3.0;
	}
	return GainMin;
}

double CDppGain::GetTotalGainLimitsMax(DppAGainTable GainTable)
{
	double GainMax = 150;
	if (GainTable == dagtDP5) {
		GainMax = 150;
	} else if (GainTable == dagtPX5) {
		GainMax = 500;
	} else if (GainTable == dagtDP5G) {
		GainMax = 10.0;
	} else if (GainTable == dagtMCA8000D) {
		GainMax = 10;
	} else if (GainTable == dagtTB5) {
		GainMax = 10.0;
	} else if (GainTable == dagtDP5Dx) {
		GainMax = 250;
	} else if (GainTable == dagtDP5X) {
		GainMax = 150;
	}
	return GainMax;
}

BOOL CDppGain::isInTotalGainRange(CString strTotalGain, DppAGainTable GainTable)
{
	double GainMin = 0.75;
	double GainMax = 150;
	BOOL inRange = FALSE;
	double dblGain = 0.75;

	dblGain = atof(strTotalGain);
	GainMin = GetTotalGainLimitsMin(GainTable);
	GainMax = GetTotalGainLimitsMax(GainTable);
	if ((dblGain >= GainMin) && (dblGain <= GainMax)) {
		inRange = TRUE;
	}
	return inRange;
}

CString CDppGain::FixTotalGainRange(CString strTotalGain, DppAGainTable GainTable)
{
	double GainMin = 0.75;
	double GainMax = 150;
	BOOL inRange = FALSE;
	double dblGain = 0.75;
	CString strGain;

	dblGain = atof(strTotalGain);
	strGain = strTotalGain;
	GainMin = GetTotalGainLimitsMin(GainTable);
	GainMax = GetTotalGainLimitsMax(GainTable);
	if ((dblGain >= GainMin) && (dblGain <= GainMax)) {
		strGain.Format("%.1f",dblGain);	// value in range return value
	} else if (dblGain < GainMin) {
		dblGain = GainMin;
		strGain.Format("%.2f",dblGain);
	} else if (dblGain > GainMax) {
		dblGain = GainMax;
		strGain.Format("%.1f",dblGain);
	}
	return strGain;
}

double * CDppGain::GetGainTablePtr(DppAGainTable GainTable)
{
	double * ptrGainTable;
	if (GainTable == dagtDP5) {
		ptrGainTable = &DP5_Gain[0];
	} else if (GainTable == dagtPX5) {
		ptrGainTable = &PX5_Gain[0];
	} else if (GainTable == dagtDP5G) {
		ptrGainTable = &DP5G_Gain[0];
	} else if (GainTable == dagtMCA8000D) {
		ptrGainTable = &MCA8000D_Gain[0];
	} else if (GainTable == dagtTB5) {
		ptrGainTable = &DP5G_Gain[0];
	} else if (GainTable == dagtDP5Dx) {
		ptrGainTable = &DP5_DX_Gain[0];
	} else if (GainTable == dagtDP5X) {
		ptrGainTable = &DP5X_Gain[0];
	}
	return ptrGainTable;
}

void CDppGain::LoadGainTableValues(CComboBox *m_CoarseGain, DppAGainTable GainTable)
{
	int GainCount = GetGainCount(GainTable);
	double * ptrGainTable = GetGainTablePtr(GainTable);
	CString strGain;
	int idxGain;
	double dblGain;

	m_CoarseGain->ResetContent();
	for (idxGain=0;idxGain<GainCount;idxGain++){
		dblGain = ptrGainTable[idxGain];
		if (GainTable == dagtMCA8000D) {
			strGain.Format("%.0fV",dblGain);
		} else {
			strGain.Format("%.3f",dblGain);
		}
		m_CoarseGain->AddString(strGain);
	}
	m_CoarseGain->SetCurSel(0);
}

void CDppGain::LoadGainTableIndexes(CComboBox *m_CoarseGain, DppAGainTable GainTable)
{
	int GainCount = GetGainCount(GainTable);
	CString strGain;
	int idxGain;

	m_CoarseGain->ResetContent();
	for (idxGain=1;idxGain<=GainCount;idxGain++){
		strGain.Format("%d",idxGain);
		m_CoarseGain->AddString(strGain);
	}
	m_CoarseGain->SetCurSel(0);
}

double CDppGain::FixTotalGainRangeDbl(double dblTotalGain, DppAGainTable GainTable)
{
	double GainMin = 0.75;
	double GainMax = 150;
	BOOL inRange = FALSE;
	double dblGain = 0.75;

	dblGain = dblTotalGain;
	GainMin = GetTotalGainLimitsMin(GainTable);
	GainMax = GetTotalGainLimitsMax(GainTable);
	if ((dblGain >= GainMin) && (dblGain <= GainMax)) {
		// value in range return value
	} else if (dblGain < GainMin) {
		dblGain = GainMin;
	} else if (dblGain > GainMax) {
		dblGain = GainMax;
	}
	return dblGain;
}