#pragma once
#include <string>
#include <vector>
#include "../Controller/Base.h"
using namespace std;

#pragma pack(1)
class InfraredTempCfg : public Base
{
public:
	enum SurfaceTempCtrlType
	{
		WAIT_TEMP = 0,
		CTRL_POWER,
		COVERED_WAIT
	};

	enum AvgCalcType {
		AVG_5 = 0,
		AVG_10,
		AVG_15,
		AVG_20
	};

	InfraredTempCfg();
	~InfraredTempCfg();
	void GetUpdateSql(vector<string>& ups);

public:
	char m_startFlag;    //开始标记
	BoolData* m_IsEnable;
	IntData* m_Emissivity;		//发射率
	IntData* m_AirTemp;			//空气温度
	IntData* m_ReflectTemp;		//反射温度
	IntData* m_Humidity;			//湿度
	IntData* m_Distance;			//距离
	BoolData* m_OSDSwitch;		//叠加开关
	BoolData* m_GlobalTempAdd;		//全局温度叠加
	BoolData* m_GlobalTempParamAdd;	//全局温度参数叠加
	BoolData* m_PseudoColorBarsAdd;		//伪彩色带叠加
	BoolData* m_HighLowTempCursorAdd;		//高低温度游标叠加

	IntData* m_ColorPalette;			//色板模式
	IntData* m_GainType;			//增益方式
	IntData* m_TempUnit;			//温度单位
	IntData* m_OverTurn;			//翻转方式

	IntData* m_PlatformAX;
	IntData* m_PlatformAY;

	IntData* m_PlatformBX;
	IntData* m_PlatformBY;

	IntData* m_PlatformCX;
	IntData* m_PlatformCY;

	IntData* m_PlatformDX;
	IntData* m_PlatformDY;

	FloatData* m_ChillDowmTemp;		// 冷却温度
	IntData* m_TempCtrlType;

	//bool m_WaitChillDownEnable;  //开启等待冷却温度

	FloatData* m_DeltaTemp;
	FloatData* m_DeltaPower;
	//float m_TempPowerSlope;
	//float m_TempPowerIntercept;		
	UIntData* m_LayerWaitMil;

	BoolData* m_IsAvgCalcValue;			//使用均值
	IntData* m_AvgCalcValueType;			//均值类型
	BoolData* m_UseManualPoints;

	FloatData* m_EmissivityAssist;		//发射率
	FloatData* m_AirTempAssist;			//空气温度
	FloatData* m_ReflectTempAssist;		//反射温度
	FloatData* m_HumidityAssist;			//湿度
	FloatData* m_DistanceAssist;			//距离
	BoolData* m_IsForceConnect;

	StrData* m_ForceConnectIP;
	StrData* m_szIpAssist;

	char m_endFlag;    //结束标记
public:
	static string CONFIG_NAME;
	static string FIELD_IS_ENABLE;
	static string FIELD_EMISSIVITY;
	static string FIELD_AIR_TEMP;
	static string FIELD_REFLECT_TEMP;
	static string FIELD_HUMIDITY;
	static string FIELD_DISTANCE;
	static string FIELD_OSD_SWITCH;
	static string FIELD_GLOBAL_TEMP_ADD;
	static string FIELD_GLOBAL_TEMP_PARAM_ADD;
	static string FIELD_PSEUDO_COLOR_BAR_ADD;
	static string FIELD_HIGH_LOW_TEMP_CURSOR_ADD;
	static string FIELD_COLOR_PALETTE;
	static string FIELD_GAIN_TYPE;
	static string FIELD_TEMP_UNIT;
	/*static string FIELD_PLATFORM_START_X;
	static string FIELD_PLATFORM_START_Y;
	static string FIELD_PLATFORM_END_X;
	static string FIELD_PLATFORM_END_Y;*/
	static string FIELD_CHILL_DOWN_TEMP;
	static string FIELD_SURFACE_TEMP_CTRL_TYPE;
	static string FIELD_PLATFORM_A_X;
	static string FIELD_PLATFORM_A_Y;
	static string FIELD_PLATFORM_B_X;
	static string FIELD_PLATFORM_B_Y;
	static string FIELD_PLATFORM_C_X;
	static string FIELD_PLATFORM_C_Y;
	static string FIELD_PLATFORM_D_X;
	static string FIELD_PLATFORM_D_Y;
	static string FIELD_DELTA_TEMP;
	static string FIELD_DELTA_POWER;
	static string FIELD_LAYER_WAIT_MIL;
	static string FIELD_IS_AVG_CALC_VALUE;
	static string FIELD_AVG_CALC_VALUE;
	static string FIELD_IS_FORCE_CONNECT;
	static string FIELD_USE_MANUAL_POINTS;
	static string FIELD_FORCE_CONNECT_IP;
	static string FIELD_OVER_TURN;
};
#pragma pack()