6963.h

123 311111111111111111111111

void displayset(unsigned int vdata,unsigned int idata ,unsigned int  ttimer ,unsigned char rtimer ,unsigned int edata,unsigned char mouse )
{
	unsigned char  h1,h2;
	// mouse=key_tab();
	//  i=mouse;
	switch(mouse)
	{
		case 0:
		//设置画面、、、、、、、、、、、、、、、、、、、、、、、、、、、、、、、、、、
		fun(vdata);  //电压设置
		ShowShuzi(5,32,buff[3]);
		Write_asc(6,5,'.'-0x20);
		ShowShuzi(7,32,buff[2]);
		ShowShuzi(8,32,buff[1]);
		ShowShuzi(9,32,buff[0]); 
		break;
		
		case 1:
		fun(idata);  //电流设置    
		ShowShuzi(5,48,buff[2]);
		Write_asc(6,7,'.'-0x20);
		ShowShuzi(7,48,buff[1]);
		ShowShuzi(8,48,buff[0]);   
		break;
		
		case 2:
		//Com_Two(14,5,0x21);//设置光标位置  充电时间
		// fun(ttimer);  //充电时间设置 
		h1=Dis_set[2]/60;  //gao
		h2=Dis_set[2]%60; //di
		buff[0]=h2%10;
		buff[1]=h2/10;
		buff[2]=h1%10;
		buff[3]=h1/10;  
		ShowShuzi(25,32,buff[3]);
		ShowShuzi(26,32,buff[2]);
		Write_asc(27,5,':'-0x20);
		ShowShuzi(28,32,buff[1]);
		ShowShuzi(29,32,buff[0]);
		break;
		
		case 3:
		//Com_Two(12,7,0x21);//设置光标位置  记录时间
		fun(rtimer);  //记录时间设置    
		ShowShuzi(25,48,buff[1]);
		ShowShuzi(26,48,buff[0]);
		break;
		//gai
		case 4:
		fun(edata);  //电压设置
		ShowShuzi(25,16,buff[2]);
		Write_asc(26,3,'.'-0x20);
		ShowShuzi(27,16,buff[1]);
		ShowShuzi(28,16,buff[0]);
		//ShowShuzi(29,16,buff[0]); 
		default:   break;
	}		              
}   
//设置画面、、、、、、、、、、、、、、、、、、、、、、、、、、、、、、、、、、
//**********************光标位置设置函数*****************//
void mouse(unsigned char mov)
{  
	unsigned char x,y;
	
	switch(mov)
	{
		case 0:
		x=10;
		y=5;
		break;
		
		case 1:
		x=10;
		y=7;
		break;
		
		case 2:
		x=29;
		y=5;
		break;
		
		case 3:
		x=27;
		y=7;
		break;
		
		case 4:
		x=29;
		y=3;
		break;
		
	    default:   break;
	}
	Com_Two(x,y,0x21);//设置光标位置

}
//**************/充电到时间显示函数
void dis_endtimer()
{
	 ShowHZ(10,0,5);
     ShowHZ(12,0,2);
     ShowHZ(14,0,23);
     ShowHZ(16,0,6);   //第一行“充电到时”
}

//显示ASC画面××××××××××××××××××××××
void  dis_dis()
{
	unsigned char i,j,k,t;
	
	ShowHZ(10,0,12);
	ShowHZ(12,0,13);
	ShowHZ(14,0,5);
	ShowHZ(16,0,2);   //第一行“设置正在充电”
	k=1;
	j=0;
	i=0;
	
	for(t=0;t<4;t++)
	{
		Write_asc(0,2+j,k+0x10);     //第2行1-0.000v-0.00a
		Write_asc(7,2+j,'V'-0x20);
		Write_asc(13,2+j,'A'-0x20);
		k=k+1;
		Write_asc(15,2+j,k+0x10);
		Write_asc(22,2+j,'V'-0x20);
		Write_asc(28,2+j,'A'-0x20);
		i=i+15;
		j++;
		k=k+1;
	}
	
	//ShowHZ(0,48,5);
	//ShowHZ(2,48,2);//充电s 路
	//Write_asc(4,7,0x11);//s
	
	
	
	/*ShowHZ(14,48,5);
	ShowHZ(16,48,2);
	ShowHZ(18,48,6);
	ShowHZ(20,48,7);   //第4行“ 充电时间”*/
	//Write_asc(18,7,'s'-0x20);
	Write_asc(19,7,'E'-0x20);
	Write_asc(20,7,'t'-0x20);
	Write_asc(21,7,'i'-0x20);
	Write_asc(22,7,'m'-0x20);
	Write_asc(23,7,'e'-0x20);
	
	
	Write_asc(7,7,'S'-0x20);
	Write_asc(8,7,'t'-0x20);
	Write_asc(9,7,'i'-0x20);
	Write_asc(10,7,'m'-0x20);
	Write_asc(11,7,'e'-0x20);
//	Write_asc(11,7,'r'-0x20);
	/*  Write_asc(22,7,'0'-0x20);
	Write_asc(23,7,'0'-0x20);
	Write_asc(24,7,':'-0x20);
	Write_asc(25,7,'0'-0x20);
	Write_asc(26,7,'0'-0x20);*/
}
//****************显示数据程序，电压电流
void dis_real_tt(unsigned char i,unsigned char k)
{  
	fun(stvdata);    
	Write_asc(2+i,k,buff[3]+0x10);   //1-v
	Write_asc(3+i,k,'.'-0x20);
	Write_asc(4+i,k,buff[2]+0x10);
	Write_asc(5+i,k,buff[1]+0x10);
	Write_asc(6+i,k,buff[0]+0x10);    
	fun(stidata);  
	Write_asc(9+i,k,buff[2]+0x10);   //1-i
	Write_asc(10+i,k,'.'-0x20);
	Write_asc(11+i,k,buff[1]+0x10);
	Write_asc(12+i,k,buff[0]+0x10);
}
//************根据下位机命令控制灯和蜂鸣器等
void  dis_comd(unsigned char i)
{
	unsigned char c1,c2;
	if(cccmod[cod]==0x14)
	{  
		CD=1;    //充电灯灭 
		c1=15;   //显示汉字  过
		c2=3;    //显示汉字  压
	}
	else if(cccmod[cod]==0x13)
	{   
		CD=1;    //充电灯灭 
		c1=15;   //显示汉字  过   
		c2=4;    //显示汉字  流
	}	
	else if(cccmod[cod]==0x15)
	{  
		CD=1;    //充电灯灭 
		c1=16;   //显示汉字  欠
		c2=3;    //显示汉字  压
	}	
	else if(cccmod[cod]==0x12)
	{ 
		CD=1;    //充电灯灭
		CM=0;    //充满灯亮 
		c1=5;    //显示汉字  充
		c2=17;   //显示汉字  满
	}	
	else if(cccmod[cod]==0x11)
	{ 
		c1=5;    //显示汉字  充
		c2=2;    //显示汉字  电
	}	
	ShowHZ(0,48,c1);
	ShowHZ(2,48,c2);
	Write_asc(4,7,cod+0x10); 
				
	/* switch(cccmod[i])
	{
	case 0x14:
	ShowHZ(0,48,15);
	ShowHZ(2,48,3);//过压
	//fun(chan);
	Write_asc(4,7,i+0x10);
	break; 
	case 0x13:
	ShowHZ(0,48,15);
	ShowHZ(2,48,4);//过流
	//fun(chan);
	Write_asc(4,7,i+0x10);
	break;     
	case 0x15: 
	ShowHZ(0,48,16);
	ShowHZ(2,48,3);//欠压
	//fun(chan);
	Write_asc(4,7,i+0x10);
	break;     
	case 0x12:
	CM=1;    //充满 灯亮 
	ShowHZ(0,48,5);
	ShowHZ(2,48,17);//充满12
	//fun(chan);
	Write_asc(4,7,i+0x10);
	break;
	case  0x11:
	ShowHZ(0,48,5);
	ShowHZ(2,48,2);//充电s 路 
	//fun(chan);
	Write_asc(4,7,i+0x10);    
	default:
	break;    
	}*/	
}	
//****************************显示各个通道电压电流函数
void  dis_real(unsigned int tvdata,unsigned int tidata,unsigned char chan)//chan:通道数,tvdata:要显示v数据,tidata:要显示的i数据
{                                                                        //chan=8 sum,,chan=9 记录时间
	unsigned  char  i;
	i=chan;
	asm("nop");
	stvdata=tvdata;
	stidata=tidata;
	
	////////xdisreal[]={0,15,0,15,0,15,0,15}
	////////  ydisreal[]={2,2,3,3,4,4,5,5,}
	dis_real_tt(xdisreal[chan-1],ydisreal[chan-1]);
	
	if(chan==8)
	{  
		stvdata=0;
		stidata=0;
		for(i=1;i<8;i++)
		{
			stvdata=stvdata+wdv[i];
			stidata=stidata+wdi[i];
		}
	
		fun(stvdata/10) ;    
		Write_asc(17,5,buff[3]+0x10);   //1-v   
		Write_asc(18,5,buff[2]+0x10);
		Write_asc(19,5,'.'-0x20);
		Write_asc(20,5,buff[1]+0x10);
		Write_asc(21,5,buff[0]+0x10);    
		//fun(tidata); 
		fun(stidata/7)  ;  
		Write_asc(24,5,buff[2]+0x10);   //1-i
		Write_asc(25,5,'.'-0x20);
		Write_asc(26,5,buff[1]+0x10);
		Write_asc(27,5,buff[0]+0x10);
	}       
}

//chong时间？？？//显示时实时间
void dis_real_rr(unsigned char xx)
{ 
	unsigned char  htimer,ltimer;   
	
	htimer=ds_rtimer[2]>>4;
	ltimer=ds_rtimer[2]&0x0f;
	Write_asc(25,7,htimer+0x10);
	Write_asc(26,7,ltimer+0x10);
	
	htimer=ds_rtimer[1]>>4;
	ltimer=ds_rtimer[1]&0x0f;
//	Write_asc(27,7,':'-0x20);////////xx
    Write_asc(27,7,xx);////////xx

	Write_asc(28,7,htimer+0x10);
	Write_asc(29,7,ltimer+0x10);
}
//显示开始时间时间
void dis_real_rrs()
{ 
	unsigned char   htimer,ltimer;
	
	htimer=ds_rtimer[2]>>4;
	ltimer=ds_rtimer[2]&0x0f;
	Write_asc(13,7,htimer+0x10);
	Write_asc(14,7,ltimer+0x10);
	
	htimer=ds_rtimer[1]>>4;
	ltimer=ds_rtimer[1]&0x0f;
	
	Write_asc(15,7,':'-0x20);
	Write_asc(16,7,htimer+0x10);
	Write_asc(17,7,ltimer+0x10);
}
//记录时间？？？
//显示自检画面×××××××××××××××××××××× 
void zjdisplay()
{
	unsigned char i,j,k,t;
	k=1;
	j=0;
	i=0;
	ShowHZ(12,0,18);
	ShowHZ(16,0,19);  //自检
	//Write_asc(0,2,'a'-0x20);
	for(t=0;t<4;t++)
	{
		Write_asc(0,2+j,k+0x10);     //第2行1-0.000v-0.00a.//ShowShuzi(26,48,buff[0]);
		//Write_asc(7,2+j,'V'-0x20);
		// Write_asc(13,2+j,'A'-0x20);
		k=k+1;
		Write_asc(15,2+j,k+0x10);
		//Write_asc(22,2+j,'V'-0x20);
		//Write_asc(28,2+j,'A'-0x20);
		i=i+15;
		j++;
		k=k+1;
	}

}
//********判断自检是否通过并显示出来
void zijianreal()
{
	unsigned char t,j=0,i=1; 
	for(t=0;t<4;t++)
	{
		if(test1_7[i-1]==1) 
		{
			Write_asc(7,2+j,'O'-0x20);
			Write_asc(8,2+j,'K'-0x20);
		}
		else
		{
			Write_asc(7,2+j,'E'-0x20);
			Write_asc(8,2+j,'R'-0x20);
			Write_asc(9,2+j,'R'-0x20);
			Write_asc(10,2+j,'O'-0x20);
			Write_asc(11,2+j,'R'-0x20);
		}
		i++;
		if(test1_7[i-1]==1) 
		{   	
			Write_asc(22,2+j,'O'-0x20);
			Write_asc(23,2+j,'K'-0x20);
		}
		else
		{
			Write_asc(22,2+j,'E'-0x20);
			Write_asc(23,2+j,'R'-0x20);
			Write_asc(24,2+j,'R'-0x20);
			Write_asc(25,2+j,'O'-0x20);
			Write_asc(26,2+j,'R'-0x20);
		}
		j++;
		i++;
	}
} 
//////调表 ？？？？？？？？？？？？
void disclock (unsigned char clockmm )
{  
	unsigned char x,y,j,k,i,cloh,clol;
	
	x=clockmouse*3+8;
	y=3;
	Com_Two(x,y,0x21);//设置光标位置   
	
	ShowShuzi(5,16,2);
	ShowShuzi(6,16,0);     //20**年
	j=0;
	k=0;
	for(i=0;i<6;i++)
	{
		//fun(clk[i]);
		cloh=clk[i]>>4;
		clol=clk[i]&0x0f; 
		ShowShuzi(22-j,16,cloh);  //yy//fun(rtimer);  //记录时间设置    
		ShowShuzi(23-k,16,clol);
		j=j+3;
		k=k+3;
	}  
//ShowShuzi(25,48,buff[1]);
//ShowShuzi(26,48,buff[0]);
//for(i=1;i<6;i++) 
//{
//Write_asc(i*3,1,':'-0x20);
//}
	Write_asc(9,3,'-'-0x20);
	Write_asc(12,3,'-'-0x20);
	Write_asc(15,3,0);
	Write_asc(18,3,':'-0x20);     
	Write_asc(21,3,':'-0x20);
} 
//*****************进入通讯时候显示
void dis_tongxin()
{
	ShowHZ(12,0,24);
    ShowHZ(16,0,25);   //第一行“通讯”
}
////////ddd