#pragma once

#include <map>
#include <string>
#include <vector>
#include "../UI/Base.h"
using namespace std;

struct AdcLinear 
{
	int id;
	string code;
	double slope;
	double intercept;
	AdcLinear() {

	}
	AdcLinear(int did,string strcode,double dslope,double dintercept) {
		id = did;
		code = strcode;
		slope = dslope;
		intercept = dintercept;
	}
};

struct FanFit
{
	string code;
	double slope;
	double intercept;
	float checkWindOffset;
	float targeWind;
	float alarmWind;
	float checkAlarmPercent;
};

class ExtCfg 
{
public:
	enum CameraType
	{
		Galaxy = 0,
		OPT
	};

	enum CameraRotateAngle {
		Angle_0 = 0,
		Angle_90,
		Angle_180,
		Angle_270
	};

	enum OxygenSensor
	{
		MOT500_LOW=0,
		MOT500_HIGH,
		HT
	};

	enum ScanPowerType {
		JSY_V0 = 0,
		JSY_V1
	};

	enum ModelBroderType {
		All_Border = 0,
		Border,
		BorderDown,
		BorderAdditionalDown,
		BorderBlockedDown,
		BorderAdditional,
		BorderBlocked,
		BorderUp,
		BorderAdditionalUp,
		BorderBlockedUp,
		BorderSupport,
		BorderAdditionalSupport
	};

	enum ChillerType {
		DOLUYO=0,
		HANS,
		TONGFEI
	};

	enum LaserType {
		IPG = 0,
		XC,
		IPG_V1
	};

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


public:
	unsigned short m_LimitCode;
	AdcLinear m_OxygenAdc;
	AdcLinear m_AmbientTempAdc;
	AdcLinear m_InnerTempAdc;
	AdcLinear m_BlowAdc;
	AdcLinear m_PressureAdc;
	map<int, AdcLinear*> m_AdcCfgs;

	int m_FanId;
	FanFit m_ArgonFit;
	FanFit m_NitrogenFit;
	int m_SelectedFanWindFit;
	map<int, FanFit*> m_FanWindFit;

	bool m_ComGetOxygen;
	bool m_CheckDataWhenInport;
	
	bool m_UseCamera;
	int m_CameraType;
	bool m_IsCameralColorful;
	bool m_IsExposureAuto;
	bool m_IsGainAuto;
	double m_ExposureTime;
	double m_ExposureTimeMin;
	double m_ExposureTimeMax;
	float m_LogRatio;
	float m_ShowImageUV0x;
	float m_ShowImageUV0y;
	float m_ShowImageUV1x;
	float m_ShowImageUV1y;
	int m_ShowImageRotateAngle;   //逆时针角度
	float m_ShowImageScaleX;
	float m_ShowImageScaleY;
	bool m_FrameRateEnable;
	double m_FrameRate;

	double m_ShowImageAngle;
	bool m_UseShowImageWarpPerspective;
	int m_ShowImageTopLeftX;
	int m_ShowImageTopLeftY;
	int m_ShowImageTopRightX;
	int m_ShowImageTopRightY;
	int m_ShowImageBottomLeftX;
	int m_ShowImageBottomLeftY;
	int m_ShowImageBottomRightX;
	int m_ShowImageBottomRightY;
	int m_ShowImagePerspectiveWidth;
	int m_ShowImagePerspectiveHeigh;

	bool m_model_enable;
	int m_model_scan_mode;		// 0激光 ，1红光
	string m_model_scan_type;		// 0轮廓 ，1实体
	int m_model_scan_part_id;
	int m_model_laser_power;
	int m_model_laser_power_min;
	int m_model_laser_power_max;
	double m_model_laser_speed;
	int m_model_border_type;

	float m_FanFrequencySlope;       //风机电压转频率
	float m_FanFrequencyIntercept;
	uint32_t m_TestEmissionTime;   //ms
	bool m_UseDataSeq;	

	bool m_AutoCoverSlowWind;

	int m_Oxygen1SensorType;
	int m_Oxygen2SensorType;
	int m_OutOxygenSensorType;
	bool m_HasCleanBoxOxygenSensor;
	int m_CleanBoxOxygenSensorType;

	unsigned int m_AftLaserPowerWaitSecond;
	unsigned int m_AftLaserStartWaitSecond;
	unsigned int m_AftLaserEnableWaitSecond;

	bool m_UsePowderStick;			//使用料位棒
	bool m_IsSupplyOneWay;

	float m_HeatingAlarmPercent;  //加热温度越限百分比

	int m_LaserChillerType;
	int m_PurifierChillerType;

	int m_ScanPowerType;
	int m_LaserType;
public:
	static string CONFIG_NAME;
	static string FIELD_OXYGEN_ID;
	static string FIELD_OXYGEN_CODE;
	static string FIELD_OXYGEN_SLOPE;
	static string FIELD_OXYGEN_INTERCEPT;
	static string FIELD_AMBIENTTEMP_ID;
	static string FIELD_AMBIENTTEMP_CODE;
	static string FIELD_AMBIENTTEMP_SLOPE;
	static string FIELD_AMBIENTTEMP_INTERCEPT;
	static string FIELD_INNERTEMP_ID;
	static string FIELD_INNERTEMP_CODE;
	static string FIELD_INNERTEMP_SLOPE;
	static string FIELD_INNERTEMP_INTERCEPT;
	static string FIELD_BLOW_ID;
	static string FIELD_BLOW_CODE;
	static string FIELD_BLOW_SLOPE;
	static string FIELD_BLOW_INTERCEPT;
	static string FIELD_LIMIT_CODE;
	static string FIELD_IS_DYNAMIC_FOCUS;
	static string FIELD_DEFOCUS_RATIO;
	static string FIELD_DEFOCUS_RATIO_MIN;
	static string FIELD_DEFOCUS_RATIO_MAX;
	static string FIELD_FAN_ID;
	static string FIELD_ARGON_CODE;
	static string FIELD_ARGON_SLOPE;
	static string FIELD_ARGON_INTERCEPT;

	static string FIELD_NITROGEN_CODE;
	static string FIELD_NITROGEN_SLOPE;
	static string FIELD_NITROGEN_INTERCEPT;
	static string FIELD_SELECTED_FAN_WIND_FIT;
	static string FIELD_ARGON_CHECK_WIND_OFFSET;
	static string FIELD_ARGON_TARGET_WIND;
	static string FIELD_NITROGEN_CHECK_WIND_OFFSET;
	static string FIELD_NITROGEN_TARGET_WIND;
	static string FIELD_ARGON_WIND_LOWER_LIMIT;
	static string FIELD_NITROGEN_WIND_LOWER_LIMIT;
	static string FIELD_ARGON_CHECK_ALARM_PERCENT;
	static string FIELD_NITROGEN_CHECK_ALARM_PERCENT;

	static string FIELD_PRESSURE_ID;
	static string FIELD_PRESSURE_CODE;
	static string FIELD_PRESSURE_SLOPE;
	static string FIELD_PRESSURE_INTERCEPT;
	static string FIELD_COM_GET_OXYGEN;
	static string FIELD_CHECK_DATA_WHEN_IMPORT;
	static string FIELD_USE_CAMERA;
	static string FIELD_CAMERA_TYPE;
	static string FIELD_IS_CAMERA_COLORFUL;
	static string FIELD_CAMERA_IS_GAIN_AUTO;
	static string FIELD_CAMERA_EXPOSURE_TIME;
	static string FIELD_CAMERA_EXPOSURE_TIME_MIN;
	static string FIELD_CAMERA_EXPOSURE_TIME_MAX;
	static string FIELD_CAMERA_IS_EXPOSURE_AUTO;
	static string FIELD_CAMERA_LOG_RATIO;
	static string FIELD_SHOW_IMAGE_UV0X;
	static string FIELD_SHOW_IMAGE_UV0Y;
	static string FIELD_SHOW_IMAGE_UV1X;
	static string FIELD_SHOW_IMAGE_UV1Y;
	static string FIELD_SHOW_IMAGE_ROTATE_ANGLE;
	static string FIELD_SHOW_IMAGE_SCRALE_X;
	static string FIELD_SHOW_IMAGE_SCRALE_Y;
	static string FIELD_FRAME_RATE_ENABLE;
	static string FIELD_FRAME_RATE;
	static string FIELD_SHOW_IMAGE_ANGLE;
	static string FIELD_USE_SHOW_IMAGE_WARP_PERSPECTIVE;
	static string FIELD_SHOW_IMAGE_TOP_LEFT_X;
	static string FIELD_SHOW_IMAGE_TOP_LEFT_Y;
	static string FIELD_SHOW_IMAGE_TOP_RIGHT_X;
	static string FIELD_SHOW_IMAGE_TOP_RIGHT_Y;
	static string FIELD_SHOW_IMAGE_BOTTOM_LEFT_X;
	static string FIELD_SHOW_IMAGE_BOTTOM_LEFT_Y;
	static string FIELD_SHOW_IMAGE_BOTTOM_RIGHT_X;
	static string FIELD_SHOW_IMAGE_BOTTOM_RIGHT_Y;
	static string FIELD_SHOW_IMAGE_PERSPECTIVE_WIDTH;
	static string FIELD_SHOW_IMAGE_PERSPECTIVE_HEIGH;

	static string FIELD_MODEL_ENABLE;
	static string FIELD_MODEL_SCAN_MODE;
	static string FIELD_MODEL_SCAN_TYPE;
	static string FIELD_MODEL_LASER_POWER;
	static string FIELD_MODEL_LASER_POWER_MIN;
	static string FIELD_MODEL_LASER_POWER_MAX;
	static string FIELD_MODEL_LASER_SPEED;
	static string FIELD_MODEL_BORDER_TYPE;

	static const int EXT_LENGTH = 5;
	static string FIELD_FAN_FREQUENCY_SLOPE;
	static string FIELD_FAN_FREQUENCY_INTERCEPT;
	static string FIELD_TEST_EMISSION_TIME;
	static string FIELD_USE_DATA_SEQ;

	static string FIELD_AUTO_COVER_SLOW_WIND;

	static string FIELD_OXYGEN1_SENSOR_TYPE;
	static string FIELD_OXYGEN2_SENSOR_TYPE;
	static string FIELD_OUT_OXYGEN_SENSOR_TYPE;
	static string FIELD_HAS_CLEAN_BOX_OXYGEN_SENSOR;
	static string FIELD_CLEAN_BOX_OXYGEN_SENSOR_TYPE;

	static string FIELD_AFT_LASER_POWER_WAIT_SECOND;
	static string FIELD_AFT_LASER_START_WAIT_SECOND;
	static string FIELD_AFT_LASER_ENABLE_WAIT_SECOND;
	static string FIELD_USE_POWDER_STICK;
	static string FIELD_IS_SUPPLY_ONE_WAY;
	static string FIELD_HEATING_ALARM_PERCENT;

	static string FIELD_LASER_CHILLER_TYPE;
	static string FIELD_PURIFIER_CHILLER_TYPE;
	static string FIELD_SCAN_POWER_TYPE;
	static string FIELD_LASER_TYPE;

	const int ARGON_FIT_INDEX = 0;
	const int NITROGEN_FIT_INDEX = 1;
};



#pragma pack(1)
class ExtCfgNew :public Base {
	struct AdcLinear {
		char m_startFlag;
		IntData* id;
		StrData* code;
		FloatData* slope;
		FloatData* intercept;
		char m_endFlag;
		AdcLinear()
			: id(new IntData("id"))
			, code(new StrData("code"))
			, slope(new FloatData("slope"))
			, intercept(new FloatData("intercept"))
		{}
	};

	struct FanFit
	{
		char m_startFlag;
		StrData* code;
		FloatData* slope;
		FloatData* intercept;
		FloatData* checkWindOffset;
		FloatData* targeWind;
		FloatData* alarmWind;
		FloatData* checkAlarmPercent;
		char m_endFlag;
		FanFit()
			: code(new StrData("code"))
			, slope(new FloatData("slope"))
			, intercept(new FloatData("intercept"))
			, checkWindOffset(new FloatData("checkWindOffset"))
			, targeWind(new FloatData("targeWind"))
			, alarmWind(new FloatData("alarmWind"))
			, checkAlarmPercent(new FloatData("checkAlarmPercent"))
		{}
	};

public:
	ExtCfgNew();
	virtual ~ExtCfgNew() {}

	void GetCfg(ExtCfg& cfg);
private:
	FanFit m_ArgonFit;    //传
	FanFit m_NitrogenFit;   //传

	char m_startFlag;
	IntData* m_SelectedFanWindFit;   //传
	BoolData* m_ComGetOxygen;
	BoolData* m_CheckDataWhenInport;
	BoolData* m_UseCamera;
	IntData* m_CameraType;
	BoolData* m_IsCameralColorful;
	BoolData* m_IsExposureAuto;
	BoolData* m_IsGainAuto;
	FloatData* m_ExposureTime;
	FloatData* m_ExposureTimeMin;
	FloatData* m_ExposureTimeMax;
	FloatData* m_LogRatio;
	FloatData* m_ShowImageUV0x;
	FloatData* m_ShowImageUV0y;
	FloatData* m_ShowImageUV1x;
	FloatData* m_ShowImageUV1y;
	IntData* m_ShowImageRotateAngle;   //逆时针角度
	FloatData* m_ShowImageScaleX;
	FloatData* m_ShowImageScaleY;
	BoolData* m_FrameRateEnable;
	FloatData* m_FrameRate;
	FloatData* m_ShowImageAngle;
	BoolData* m_UseShowImageWarpPerspective;
	IntData* m_ShowImageTopLeftX;
	IntData* m_ShowImageTopLeftY;
	IntData* m_ShowImageTopRightX;
	IntData* m_ShowImageTopRightY;
	IntData* m_ShowImageBottomLeftX;
	IntData* m_ShowImageBottomLeftY;
	IntData* m_ShowImageBottomRightX;
	IntData* m_ShowImageBottomRightY;
	IntData* m_ShowImagePerspectiveWidth;
	IntData* m_ShowImagePerspectiveHeigh;
	BoolData* m_model_enable;
	IntData* m_model_scan_mode;		// 0激光 ，1红光
	StrData* m_model_scan_type;		// 0轮廓 ，1实体
	IntData* m_model_scan_part_id;
	IntData* m_model_laser_power;
	IntData* m_model_laser_power_min;
	IntData* m_model_laser_power_max;
	FloatData* m_model_laser_speed;
	IntData* m_model_border_type;
	FloatData* m_FanFrequencySlope;       //风机电压转频率
	FloatData* m_FanFrequencyIntercept;
	UIntData* m_TestEmissionTime;   //ms
	BoolData* m_UseDataSeq;
	BoolData* m_AutoCoverSlowWind;
	IntData* m_Oxygen1SensorType;
	IntData* m_Oxygen2SensorType;
	IntData* m_OutOxygenSensorType;
	BoolData* m_HasCleanBoxOxygenSensor;
	IntData* m_CleanBoxOxygenSensorType;
	UIntData* m_AftLaserPowerWaitSecond;
	UIntData* m_AftLaserStartWaitSecond;
	UIntData* m_AftLaserEnableWaitSecond;
	BoolData* m_UsePowderStick;			//使用料位棒
	BoolData* m_IsSupplyOneWay;
	FloatData* m_HeatingAlarmPercent;  //加热温度越限百分比
	IntData* m_LaserChillerType;
	IntData* m_PurifierChillerType;
	IntData* m_ScanPowerType;
	IntData* m_LaserType;

	char m_endFlag;
};
#pragma pack()