menuconfig.h

采用LPC的芯片做的气体排放检测,包括气体成分分析,数据的处理,数据传输给工作站.

#ifndef		__MENU_CONFIG_H__
#define		__MENU_CONFIG_H__
#ifndef _AFXDLL
#endif

#define		RPM_PULSE_LEN			20
#define		NO_PULSE_TIME			3000			//	3000ms

#define		HWD_FTY_100			TRUE
#define		HWD_FGA_4100		1
#define		HWD_FGA_4100A		1
#define		HWD_FGA_4100_SAVE	1
//#define		OIL_AND_SPEED		TRUE
#define		SERIAL_PORT_COMM	TRUE
//#define		GUANGDONG_COMM		TRUE

#define		TRIGGER_AUTO	1
#define		TRIGGER_MANUAL	0
/****	对串口进行定义	 ****/
#define		TO_UP_HOST	1

#ifdef WIN32
	#define		TO_PRINTER	1
	#define		TO_MDA		2
	#define		TO_LCS		TO_MDA	
#else
	#define		TO_MDA		2
	#define		TO_LCS		3
	#define		TO_PRINTER	4
#endif

enum	EnuFTYFace{
	enuFTYFace_InSteady,
	enuFTYFace_InWarmup,
	enuFTYFace_InCommon,
	enuFTYFace_InAccele,
	enuFTYFace_InMenu
};
#define		SetFTYFace(face)		{	g_BitInU8Stat.Hole &= 0xffffffe0;	\
										g_BitInU8Stat.Hole |= (1<<face);	\
									}

/////	手指移动方向定义		///////
#define		HAND_MOVE_DOWN		1
#define		HAND_MOVE_UP		0
/****  对键值进行宏定义  ****/
#define		KEY_ESCAPE		(unsigned char)1
#define		KEY_LEFT		(unsigned char)2
#define		KEY_RIGHT		(unsigned char)3
#define		KEY_UP			(unsigned char)4
#define		KEY_DOWN		(unsigned char)5
#define		KEY_OK			(unsigned char)6
#define		KEY_EXIT		(unsigned char)0xff
/****  第一级菜单定义  ****/													
#define		LAYER1_LEAK_CHECK	(unsigned char)1
#define		LAYER1_HANG_UP		(unsigned char)2
#define		LAYER1_VEHICLE_MSG	(unsigned char)3
#define		LAYER1_MEASURE		(unsigned char)4
#define		LAYER1_FUNCTION		(unsigned char)5
#define		LAYER1_HELP			(unsigned char)6
#define		LAYER1_DIAGNOSE		(unsigned char)7
#define		LAYER1_SETTING		(unsigned char)8
/****  功能选项菜单定义   **/
#define		FUNCTIONG_CALIBRATION	(unsigned char)1
#define		FUNCTIONG_ZERO			(unsigned char)2
/****  仪器设置菜单定义   **/
#define		SETTING_COM				(unsigned char)1
#define		SETTING_TIME			(unsigned char)2
#define		SETTING_LANGUAGE		(unsigned char)3
/****  串行口设置菜单定义   **/
#define		COM_PROTOCOL			(unsigned char)1
#define		COM_BAUDRATE			(unsigned char)2
#define		COM_ADDRESS				(unsigned char)3
#define		COM_INTERFACE			(unsigned char)4
/****  测量屏菜单定义   **/
#define		MEASURE_COMMON			(unsigned char)1
#define		MEASURE_IDLE			(unsigned char)2
#define		MEASURE_DUAL			(unsigned char)3
/****  车辆信息菜单定义   **/
#define		VEHICLE_MSG_REG_NO			(unsigned char)1
#define		VEHICLE_MSG_RPM				(unsigned char)2
#define		VEHICLE_MSG_FUEL_TYPE		(unsigned char)3
/////////////////	LCD 区//////////////////////////
#define BasePart1	0x00
#define BasePart2	0x40	
#define BasePart3	0x80
#define BasePart4	0xc0

#define		SetSysFaceStat(x)	(g_FGAStat.ucFGAFace = x)
enum	EnuFGAFaceStat{
	enuFGAFace_Warmup,		//	0 
	enuFGAFace_Common,		//	1
	enuFGAFace_Idle,		//	2
	enuFGAFace_DualIdle,	//	3
	enuFGAFace_Zero,		//	4
	enuFGAFace_Calib,		//	5
	enuFGAFace_Menu,		//	6
	enuFGAFace_Reserved0	//	7
};
#define		SAVE_DATA_COMMON	((U16)(0<<12))
#define		SAVE_DATA_IDLE		((U16)(1<<12))
#define		SAVE_DATA_LOWIDLE	((U16)(2<<12))
#define		SAVE_DATA_HIGHIDLE	((U16)(3<<12))
//上位机控制系统指令信息
typedef struct tagUpHostCmdInfo	
{
	unsigned char	ucCmdCode;					//指令代码	
	unsigned char	ucRawCmdPara;				//指令参数
	U8				ucAcceleTimes;
	U8				ucReserved;
	unsigned int	nRecTime;					//接收到指令的时间
}_UP_HOST_CMD_INFO;
//上位机规定的仪器数据格式
typedef	struct tagDevFGA4100Data
{
	unsigned short	wHC;			//
	unsigned short 	wCO;			//
	unsigned short 	wCO2;			//
	unsigned short 	wO2;			//
	unsigned short 	wNO;			//
	unsigned short 	wSPEED;			//
	unsigned short 	wOIL_T;			//
	unsigned short	wLAMBDA;		//相对空燃比
	//unsigned short	nAIR_COEF;	//理想空燃比
	//unsigned char	nSPEED_PASS;
}_DEV_FGA4100_DATA;
typedef	struct tagYMDHMData
{//	每位占用一个字节
	U8		minute		;
	U8		hour		;
	U8		day			;
	U8		month		;
	U8		year		;
	U8		alphaCaps	;
	U16		wNumber		;
}_YMDHM_DATA;
typedef	struct tagFTYSaveData
{
	_YMDHM_DATA		tagTime;	//	8		+	16			+	8		=32	
	U16				wBuf[8];	//	tagTime	+	3次加平均	+	RegNo	=32
								//  wBuf[0]=k1,wBuf[1]=k2,wBuf[2]=k3,wBuf[3]=AVE,wBuf[4-7]保留
	U8				RegNo[8];	//	粤[0]-8[1]8[2]8[3]8[4]8[5]		[6,7]保留Reserved
}_FTY_SAVE_DATA;
/*
typedef	struct tagYMDHMData
{
	U32		minute		:6;
	U32		hour		:5;
	U32		day			:5;
	U32		month		:4;
	U32		year		:7;
	U32		alphaCaps	:5;
}_YMDHM_DATA;
typedef	struct tagYMDHMData
{//	每位占用一个字节
	U8		minute		;
	U8		hour		;
	U8		day			;
	U8		month		;
	U8		year		;
	U8		alphaCaps	;
	U16		wNumber		;
}_YMDHM_DATA;*/

typedef	struct tagSaveMeasData
{
	_YMDHM_DATA		tagTime;
	U8				RegNo[10];
	U16				wK;
}_SAVE_MEAS_DATA;
//	车辆信息 数据结构  
typedef struct tagVehicleInfo	
{
	U8	ucTestType;		//检测类型,0->普通,1->怠速,2->双怠速
	U8	ucFuelIndex;	//燃料,0->汽油,1->LPG,2->CNG,3->酒精
//	U8	ucLightMode;	//点火方式-->(0)单点火,-->(1)双点火
//	U8	ucStroke;		//冲程-->(0)4,-->(1)2
	U8	ucDivData;		//	除数，测得转速应该除以此数。
						//		初始化为1，if(ucLight)	ucDivData *= 2;
						//		           if(ucStroke)	ucDivData *= 2;
//	U8	ucTestPoint;	//	测试点-->(0)分线，-->(1)总线
	U8	ucCylinder;		//		if(ucTestPoint)	ucDivData *= ucCylinder;
	U16		wRatedSpeed;			//额定转速
	U16		wSpeedPermitRange;		//超差允许范围			保存EEPROM
	U16		wHighIdleSpeed;			//高怠速				默认 2500 r/m
	U16		wReserved;				//保留,使本 结构体 长度为 4*BYTE 的整数倍
}_VEHICLE_INFO;


typedef struct  tagBitInU16{
	U32	bAirOutOfRange0:1;
	U32	bDetectOutOfRange1:1;
	U32	bTubeOutOfRange2:1;
	U32	bPowerOutOfRange3:1;
	U32	bit4:1;
	U32	bit5:1;
	U32	bit6:1;
	U32	bit7:1;
	U32	bInLinearZero8:1;
	U32	bWindowsDirty9:1;
	U32	bInArmming10:1;
	U32	bInTrigger11:1;
}BIT_IN_U32;
typedef 	union BIT_AAA{
		U32			Hole;
		BIT_IN_U32	everyBit;
}BIT_UNION;
/*
typedef struct  tagBitInU16{
	U16	bAirOutOfRange0:1;
	U16	bDetectOutOfRange1:1;
	U16	bTubeOutOfRange2:1;
	U16	bPowerOutOfRange3:1;
	U16	bit4:1;
	U16	bit5:1;
	U16	bit6:1;
	U16	bit7:1;
	U16	bInLinearZero8:1;
	U16	bWindowsDirty9:1;
	U16	bInArmming10:1;
	U16	bInTrigger11:1;
}BIT_IN_U16;
typedef 	union BIT_AAA{
		U32			Hole;
		BIT_IN_U32	everyBit;
}BIT_UNION;*/
typedef struct  tagBitInU32Status{
	//	BYTE1
	U32	bFaceInSteady:1;
	U32	bFaceInWarmup:1;
	U32	bFaceInCommon:1;
	U32	bFaceInAccele:1;
	U32	bFaceInMenu:1;
	U32	bDataPass:1;
	U32	bSteadyStop:1;
	U32	bIsManaulTrigger:1;
	//	BYTE2
	U32	bFaceInCalib:1;
	U32	bBenchNeedClean:1;
	U32	bInPreTrigger:1;
	U32	bInTriggering:1;
	
}BIT_IN_U32_STATUS;

typedef 	union BIT_BBB{
		U32					Hole;
		BIT_IN_U32_STATUS	EachBit;
}BIT_IN_STATUS;
/*
typedef struct  tagBitInU8{
	U32	bit0:1;
	U32	bit1:1;
	U32	bit2:1;
	U32	bit3:1;
	U32	bit4:1;
	U32	bit5:1;
	U32	bit6:1;
	U32	bit7:1;
}BIT_IN_U8;
typedef 	union BIT_BBB{
		U8			Hole;
		BIT_IN_U8	EachBit;
}BIT_IN_U8_UNION;*/
typedef		struct tagFGABitInU32 {//FGAStatRecord
//	U32		bInWarmup		:1;	//D0
//	U32		bInCommon		:1;	//D1
//	U32		bInIdle			:1;	//D2
//	U32		bInDualIdle		:1;	//D3
//	U32		bInZero			:1;	//D4