📄 def_pin.h

📁 电除尘行业中监控界面采用ACTIVE　控件的形式
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};

extern void autobaud(void);
extern void tx_byte(char);
extern void tx_hex(char);	
extern void put_string(char code *);
extern char rx_byte(void);

char page_erase1(int faddr, char fdata, char fdm);
char write_flash_chk1(int faddr, char fdata, char fdm);
extern char write_flash_chk(int faddr, char fdata, char fdm);

extern char write_flash_byte(int faddr, char fdata);


#define ulong	unsigned long
#define uint	unsigned int
#define uchar	unsigned char

#define BS	0x08
#define CLEAR 0
#define SET   1


// T6963C 端口定义由汇编语言程序定义外部端口
//0xf100 命令口
// T6963C 命令定义
#define LC_CUR_POS	0x21		// 光标位置设置
#define LC_CGR_POS	0x22		// CGRAM偏置地址设置
#define LC_ADD_POS	0x24		// 地址指针位置
#define LC_TXT_STP	0x40		// 文本区首址
#define LC_TXT_WID	0x41		// 文本区宽度
#define LC_GRH_STP	0x42		// 图形区首址
#define LC_GRH_WID	0x43		// 图形区宽度
#define LC_MOD_OR	0x80		// 显示方式：逻辑“或”
#define LC_MOD_XOR	0x81		// 显示方式：逻辑“异或”
#define LC_MOD_AND	0x82		// 显示方式：逻辑“与”
#define LC_MOD_TCH	0x83		// 显示方式：文本特征
#define LC_DIS_SW	0x90		// 显示开关：D0=1/0:光标闪烁启用/禁用；
					// D1=1/0:光标显示启用/禁用；
					// D2=1/0:文本显示启用/禁用；
					// D3=1/0:图形显示启用/禁用；
#define LC_CUR_SHP	0xA0		// 光标形状选择：0xA0-0xA7表示光标占的行数
#define LC_AUT_WR	0xB0		// 自动写设置
#define LC_AUT_RD	0xB1		// 自动读设置
#define LC_AUT_OVR	0xB2		// 自动读/写结束
#define LC_INC_WR	0xC0		// 数据一次写，地址加1
#define LC_INC_RD	0xC1		// 数据一次读，地址加1
#define LC_DEC_WR	0xC2		// 数据一次写，地址减1
#define LC_DEC_RD	0xC3		// 数据一次读，地址减1
#define LC_NOC_WR	0xC4		// 数据一次写，地址不变
#define LC_NOC_RD	0xC5		// 数据一次读，地址不变
#define LC_SCN_RD	0xE0		// 屏读
#define LC_SCN_CP	0xE8		// 屏拷贝
#define LC_BIT_OP	0xF0		// 位操作：
					// D0-D2：定义D0-D7位；D3：1置位；0：清除


// ASCII 字模宽度及高度定义
#define ASC_CHR_WIDTH		 8
#define ASC_CHR_HEIGHT		16

// ASCII字符控制代码解释定义
#define STX	0x02
#define ETX	0x03
#define EOT	0x04
#define ENQ	0x05

#define BS	0x08
#define CR	0x0D
#define LF	0x0A
#define DLE	0x10
#define ETB	0x17
#define SPACE	0x20
#define COMMA	0x2C
                	
#define TRUE	1
#define FALSE	0
                	
#define HIGH	1
#define LOW	0

#define SET		1
#define CLEAR 	0
#define TRUE	1
#define FALSE	0

#define FDM 1 // Flash Data Memory
#define FPM 0 // Flash Program Memory

//change this values when using osciation @22.1184MHz
#define OneUsConst 24-1;				
#define OneMsConst 24000-1; 			

//-------------------------------------------
//PORT 1 PINS
sbit CS_YJP   = P1^0;			//液晶屏
sbit C_D      = P1^1;			//读写信号
sbit U_STA    = P1^2;			//启动信号
sbit HS1_2    = P1^3;			//轻瓦斯

//PORT 2 PINS

//-------------------------------------------
//PORT 2 PINS
sbit CS_AD0   = P2^0;           //反相触发
sbit U_BJ     = P2^1;			//报警输出
sbit JP_INT2  = P2^2;			//键盘信号
sbit JP_INT0  = P2^3;
sbit HS1_0    = P2^4;			//重瓦斯
sbit ACH7     = P2^5;			//安全连锁
sbit CS_JP    = P2^6;			//键盘
sbit DE_S     = P2^7;
//-------------------------------------------
//PORT 3 PINS
sbit HS1_1    = P3^2;			//过零触发
sbit U_DRV    = P3^3;			//脉冲驱动
sbit HS1_3    = P3^4;			//备用
sbit U_STO    = P3^5;			//停止信号
sbit WR_W     = P3^6;			//读写信号
sbit RD_R     = P3^7;			//液晶屏	

uchar bdata  icbase0 _at_ 0x20;

sbit m_br_fs    = icbase0^0;	//脉冲封锁
sbit m_br_reach = icbase0^1;	//到达
sbit jp_pre   	= icbase0^2;	//键盘按下


uchar bdata  icbase1 _at_ 0x21;
sbit m_br_ljyw      = icbase1^0;	//二次电压过压
sbit m_br_low_vol2  = icbase1^1;	//二次电压欠压
sbit m_br_wsbj      = icbase1^2;	//瓦斯报警
sbit m_br_plc       = icbase1^3;	//偏励磁
sbit m_br_kkg_kl    = icbase1^4;   	//可控硅开路
sbit m_br_2_dl      = icbase1^5;	//二次侧短路
sbit m_br_2_kl      = icbase1^6;    //二次侧开路
sbit m_br_wx_tem    = icbase1^7;    //危险油温

uchar bdata  icbase2 _at_ 0x22;
sbit m_br_u2        = icbase2^0;	//cur2 setting
sbit m_br_can_s     = icbase2^1;	//可以发送结果值
sbit m_br_open      = icbase2^2;    //开路标志位
sbit m_br_dcs       = icbase2^3;	//二次电压过压
sbit m_br_over8     = icbase2^4;	//用于指示火花太密

uchar bdata  icbase3 _at_ 0x23;

sbit m_br_work_sty1 = icbase3^7;	//脉冲封锁
sbit m_br_work_sty2 = icbase3^6;	//到达
sbit m_br_work_sty3	= icbase3^5;	//键盘按下
sbit m_br_zz    	= icbase3^4;	//终止键 按下
sbit m_br_xy    	= icbase3^3;	//下移键 按下
sbit m_br_work  	= icbase3^2;	//工作或休止
sbit work_sta 		= icbase3^1;
sbit m_br_jkyk  	= icbase3^0;	//近控/远控

uchar xdata jp_code ;

code uchar const uPowArr[]  = {0x01,0x02,0x04,0x08,0x10,0x20,0x40,0x80};
uchar idata turnf[8] = {7,6,5,4,3,2,1,0};
uchar xdata tem_buf[15] = {0,0,0,0,0,0,0,0,0,0,0,0,0,0,0};
uchar xdata gCurRow,gCurCol;	// 当前行、列存储，行高16点，列宽8点

uchar  idata  ser_rec[19];
unsigned int  m_vol1;
unsigned char m_vol2;   		    //one and two side voltage
💿 文件大小 215 K
👤 上传用户 cenxudong4
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🏷️ 相关标签

#ACTIVE #电除尘 #控件 #监控
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