📄 lcd_screen.c

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		else 									   //三通道
		{
			LCD_WR_string_8x8(0, Data_0_addr_x11, ((Parameter_Setup.Hv_tap_num + 2) * 9) + 16, 3, (Uchar8 *)&temp_buf[14]);			 			//显示“Rao”
			LCD_WR_string_8x8(0, Data_0_addr_x21, ((Parameter_Setup.Hv_tap_num + 2) * 9) + 16, 3, (Uchar8 *)&temp_buf[17]);			 			//显示“Rbo”
			LCD_WR_string_8x8(0, Data_0_addr_x31, ((Parameter_Setup.Hv_tap_num + 2) * 9) + 16, 3, (Uchar8 *)&temp_buf[20]);			 			//显示“Rco”
		}
		LCD_WR_string_8x8(0, Hv_8x8_addr_x, ((Parameter_Setup.Hv_tap_num + 2) * 9) + 16, 2, (Uchar8 *)&temp_buf[2]);						 //显示"Lv"
		LCD_WR_string_8x8(0, Data_0_addr_x41, ((Parameter_Setup.Hv_tap_num + 2) * 9) + 16, 3, (Uchar8 *)&temp_buf[23]);			 			//显示“E %”
	
	}
	else
	{
		for(m = 1; m < (Parameter_Setup.Lv_tap_num + 3); m++)
		{
			LCD_Write_Line(0, ((m + Parameter_Setup.Hv_tap_num) * 9) + 15, 40);					//画横线
			Account_num(2, (m - 1));					   //计算分接数
			if((m > 1) && (m < (Parameter_Setup.Lv_tap_num + 2))) 
			{
				LCD_WR_string_8x8(0, 1, ((m + Parameter_Setup.Hv_tap_num) * 9) + 17, 2, num_buf);
			}
		}
		if(Parameter_Setup.Lv_Channels == 0)						//单通道
		{
			LCD_WR_string_8x8(0, Data_0_addr_x11, ((Parameter_Setup.Hv_tap_num + 1) * 9) + 16, 3, (Uchar8 *)&temp_buf[5]);			 			//显示“Rab”
			LCD_WR_string_8x8(0, Data_0_addr_x21, ((Parameter_Setup.Hv_tap_num + 1) * 9) + 16, 3, (Uchar8 *)&temp_buf[8]);			 			//显示“Rbc”
			LCD_WR_string_8x8(0, Data_0_addr_x31, ((Parameter_Setup.Hv_tap_num + 1) * 9) + 16, 3, (Uchar8 *)&temp_buf[11]);			 			//显示“Rca”
		}
		else 									   //三通道
		{
			LCD_WR_string_8x8(0, Data_0_addr_x11, ((Parameter_Setup.Hv_tap_num + 1) * 9) + 16, 3, (Uchar8 *)&temp_buf[5]);			 			//显示“Rao”
			LCD_WR_string_8x8(0, Data_0_addr_x21, ((Parameter_Setup.Hv_tap_num + 1) * 9) + 16, 3, (Uchar8 *)&temp_buf[8]);			 			//显示“Rbo”
			LCD_WR_string_8x8(0, Data_0_addr_x31, ((Parameter_Setup.Hv_tap_num + 1) * 9) + 16, 3, (Uchar8 *)&temp_buf[11]);			 			//显示“Rco”
		}
		LCD_WR_string_8x8(0, Hv_8x8_addr_x, ((Parameter_Setup.Hv_tap_num + 1) * 9) + 16, 2, (Uchar8 *)&temp_buf[2]);						 //显示"Lv"
		LCD_WR_string_8x8(0, Data_0_addr_x41, ((Parameter_Setup.Hv_tap_num + 1) * 9) + 16, 3, (Uchar8 *)&temp_buf[23]);			 			//显示“E %”
	}

	LCD_WR_string_16x16(0, DataHVCe_16x16_addr_x, DataHVCe_16x16_addr_y, 4, (Uchar8 *)&HVCe_code_16[0][0]);			 			//显示“高压侧”
	LCD_WR_string_16x16(0, DataLVCe_16x16_addr_x, DataLVCe_16x16_addr_y, 4, (Uchar8 *)&LVCe_code_16[0][0]);			 			//显示“低压侧”
}

/*********************************************************************************************************
** 函数名称:void Dis_Lcd_Start(void)
** 输　入: 
			T_Cursor光标的位置 最高位为1表示HV，0表示LV ，高位的低七位表示行(< 19)，低位表示列( < 3);
			T_Data1,数据1，单通道三通道此位数据都有效
			T_Data2,数据1，三通道此位数据都有效,单通道无效
			T_Data3,数据1，三通道此位数据都有效,单通道无效

** 输　出: 
** 全局变量: 无
** 调用模块: 无
** 作　者: 邱志城
** 日　期: 2008_08_21
** 功能描述: 写温度16*8
********************************************************************************************************/
void Dis_Lcd_Data_Wr(Ushort16 T_Cursor, Uint32 *T_Data)
{
	Uchar8 temp_x, temp_y, temp_v, m;
    Uint32 T_Data1, T_Data2, T_Data3;
	temp_v = (T_Cursor& 0x8000) >> 8;			//记算是 HV还是LV；
	temp_x = (T_Cursor >> 8) & 0x7f;			//记算X的位置
	temp_y = T_Cursor  & 0x00ff;			//记算y的位置

	if(temp_x > 19)		  temp_x = 19;
	if(temp_y > 2)		  temp_y = 2;

    T_Data1 = *T_Data;
    T_Data++;
    T_Data2 = *T_Data;
    T_Data++;
    T_Data3 = *T_Data;
    T_Data++;

	if(temp_v == 0x80)					//表示高压侧
	{
		if((Parameter_Setup.Hv_Channels == 0)&&(T_Data1 != 0xffffffff))	   	//表示单通道
		{
			Hv_Data_buf[temp_x][temp_y] = T_Data1;
		}
		else 
		{
			Hv_Data_buf[temp_x][0] = T_Data1;
			Hv_Data_buf[temp_x][1] = T_Data2;
			Hv_Data_buf[temp_x][2] = T_Data3;
		}
		
		for(m = 0; m < Parameter_Setup.Hv_tap_num; m++)
		{
			Account_resistance(Hv_Data_buf[m][0]);
			LCD_WR_string_8x8(0, Data_0_addr_x1, (Data_0_addr_y1 + m * 9), 9, (Uchar8 *)&Disp_buf[0]);						 //显示第一列

			Account_resistance(Hv_Data_buf[m][1]);
			LCD_WR_string_8x8(0, Data_0_addr_x2, (Data_0_addr_y1 + m * 9), 9, (Uchar8 *)&Disp_buf[0]);						 //显示第二列

			Account_resistance(Hv_Data_buf[m][2]);
			LCD_WR_string_8x8(0, Data_0_addr_x3, (Data_0_addr_y1 + m * 9), 9, (Uchar8 *)&Disp_buf[0]);						 //显示第三列
			
			if((Hv_Data_buf[m][0] != 0xffffffff) && (Hv_Data_buf[m][1] != 0xffffffff) && (Hv_Data_buf[m][2] != 0xffffffff))
			{
				Hv_Data_buf[m][3] = Account_rate(Hv_Data_buf[m][0], Hv_Data_buf[m][1], Hv_Data_buf[m][2]);
				LCD_WR_string_8x8(0, Data_0_addr_x4, (Data_0_addr_y1 + m * 9), 5, (Uchar8 *)&Disp_buf[0]);						 //显示比例
			}
		}
		for(m = Parameter_Setup.Hv_tap_num; m < 19; m++)
		{
			Hv_Data_buf[m][0] = 0xffffffff;					//初始化高压侧显示数据的缓存器
			Hv_Data_buf[m][1] = 0xffffffff;					//初始化高压侧显示数据的缓存器
			Hv_Data_buf[m][2] = 0xffffffff;					//初始化高压侧显示数据的缓存器
		}
	}
	else 				//表示低压侧
	{
		if((Parameter_Setup.Lv_Channels == 0)&&(T_Data1 != 0xffffffff))	   	//表示单通道
		{
			Lv_Data_buf[temp_x][temp_y] = T_Data1;
		}
		else 
		{
			Lv_Data_buf[temp_x][0] = T_Data1;
			Lv_Data_buf[temp_x][1] = T_Data2;
			Lv_Data_buf[temp_x][2] = T_Data3;
		}


		for(m = 0; m < Parameter_Setup.Lv_tap_num; m++)
		{
    		if(Parameter_Setup.Hv_tap_num < 19)											//计算低压侧的数据显示位置,中间空了一行
    		{
    			temp_y = ((Parameter_Setup.Hv_tap_num + m + 2) * 9) + Data_0_addr_y1;
    		}
    		else 
    		{
    			temp_y = ((Parameter_Setup.Hv_tap_num + m + 1) * 9) + Data_0_addr_y1;
    		}
            
            Account_resistance(Lv_Data_buf[m][0]);
			LCD_WR_string_8x8(0, Data_0_addr_x1, temp_y, 9, (Uchar8 *)&Disp_buf[0]);						 //显示第一列

			Account_resistance(Lv_Data_buf[m][1]);
			LCD_WR_string_8x8(0, Data_0_addr_x2, temp_y, 9, (Uchar8 *)&Disp_buf[0]);						 //显示第二列

			Account_resistance(Lv_Data_buf[m][2]);
			LCD_WR_string_8x8(0, Data_0_addr_x3, temp_y, 9, (Uchar8 *)&Disp_buf[0]);						 //显示第三列
			
			if((Lv_Data_buf[m][0] != 0xffffffff) && (Lv_Data_buf[m][1] != 0xffffffff) && (Lv_Data_buf[m][2] != 0xffffffff))
			{
				Lv_Data_buf[m][3] = Account_rate(Lv_Data_buf[m][0], Lv_Data_buf[m][1], Lv_Data_buf[m][2]);
				LCD_WR_string_8x8(0, Data_0_addr_x4, temp_y, 5, (Uchar8 *)&Disp_buf[0]);						 //显示比例
			}
		}
		for(m = Parameter_Setup.Lv_tap_num; m < 17; m++)
		{
			Lv_Data_buf[m][0] = 0xffffffff;					//初始化高压侧显示数据的缓存器
			Lv_Data_buf[m][1] = 0xffffffff;					//初始化高压侧显示数据的缓存器
			Lv_Data_buf[m][2] = 0xffffffff;					//初始化高压侧显示数据的缓存器
		}
	}
}
/*********************************************************************************************************
** 函数名称:void Dis_Lcd_Start(void)
** 输　入: 
			T_Cursor光标的位置 最高位为1表示HV，0表示LV ，高位的低七位表示行(< 19)，低位表示列( < 3);
			T_Data1,数据1，单通道三通道此位数据都有效
			T_Data2,数据1，三通道此位数据都有效,单通道无效
			T_Data3,数据1，三通道此位数据都有效,单通道无效

** 输　出: 
** 全局变量: 无
** 调用模块: 无
** 作　者: 邱志城
** 日　期: 2008_08_21
** 功能描述: 写温度16*8
********************************************************************************************************/
void Dis_Lcd_Test(void)
{
	LCD_Write_rectangle(0,0, 40,240);
	LCD_WR_Singer_24x24(0, TongDaoCheShi_24x24_addr_x, TongDaoCheShi_24x24_addr_y, 4, (Uchar8 *)&TongDaoCheShi_code_24[0][0]);			 //显示“通道测试”
	LCD_WR_string_16x16(0, CurrentFenJieAddress_16x16_addr_x, CurrentFenJieAddress_16x16_addr_y, 7, (Uchar8 *)&CurrentFenJieAddress_code_16[0][0]);  //显示“当前分接位置：”

	LCD_WR_string_16x16(0, CurrentFenJieAddress_16x16_addr_x1, CurrentFenJieAddress_16x16_addr_y, 2, (Uchar8 *)&Testing_Address_code_16[0][0]);  //显示“压侧：”
	LCD_WR_string_16x16(0, CurrentFenJieAddress_16x16_addr_x2, CurrentFenJieAddress_16x16_addr_y, 1, (Uchar8 *)&Testing_Address_code_16[2][0]);  //显示“第：”
	LCD_WR_string_16x16(0, CurrentFenJieAddress_16x16_addr_x3, CurrentFenJieAddress_16x16_addr_y, 3, (Uchar8 *)&Testing_Address_code_16[3][0]);  //显示“分接：”
	
	LCD_WR_string_16x16(0, JieDianBianHao_16x16_addr_x, JieDianBianHao_16x16_addr_y, 5, (Uchar8 *)&JieDianBianHao_code_16[0][0]);  //显示“接点标号：”		
	LCD_WR_string_16x16(0, DirCurrentResistance_16x16_addr_x, DirCurrentResistance_16x16_addr_y, 5, (Uchar8 *)&DirCurrentResistance_code_16[0][0]);  //显示“直流电阻：”			
	LCD_WR_string_16x16(0, RealTimeVoltage_16x16_addr_x, RealTimeVoltage_16x16_addr_y, 5, (Uchar8 *)&RealTimeVoltage_code_16[0][0]);  //显示“实时电压：”		
	LCD_WR_string_16x16(0, RealTimeAmper_16x16_addr_x, RealTimeAmper_16x16_addr_y, 5, (Uchar8 *)&RealTimeAmper_code_16[0][0]);  //显示“实时电流：”		
	LCD_WR_string_16x16(0, ResistanceChangeRate_16x16_addr_x, ResistanceChangeRate_16x16_addr_y, 6, (Uchar8 *)&ResistanceChangeRate_code_16[0][0]);  //显示“电阻变化率：”		
	LCD_WR_string_16x16(0, CarryingAmperTime_16x16_addr_x, CarryingAmperTime_16x16_addr_y, 5, (Uchar8 *)&CarryingAmperTime_code_16[0][0]);  //显示“载流时间：”		

	LCD_WR_string_16x16(0, CarryingAmperTime_16x16_addr_x1, CarryingAmperTime_16x16_addr_y, 1, (Uchar8 *)&Time_code_16[0][0]);  //显示“时：”		
	LCD_WR_string_16x16(0, CarryingAmperTime_16x16_addr_x2, CarryingAmperTime_16x16_addr_y, 1, (Uchar8 *)&Time_code_16[1][0]);  //显示“时：”		
	LCD_WR_string_16x16(0, CarryingAmperTime_16x16_addr_x3, CarryingAmperTime_16x16_addr_y, 1, (Uchar8 *)&Time_code_16[2][0]);  //显示“时：”		

	LCD_WR_Singer_24x24(0, Testing_24x24_addr_x, Testing_24x24_addr_y, 6, (Uchar8 *)&Testing_code_24[0][0]);			 //显示“测试进行中”
	
	LCD_WR_Singer_24x24(0, TestingEnd_24x24_addr_x, TestingEnd_24x24_addr_y, 9, (Uchar8 *)&TestingEnd_code_24[0][0]);			 //显示“或按确定键退出测试”

	
	WR_Date(1, Time16_addr_x, Time16_addr_y, (Uchar8 *)&Time_Data.YE);							 //显示8*8的时间
	WR_temperature(1, Temper_num);								 //显示8*8的温度
}
/*********************************************************************************************************
** 函数名称:void Dis_Lcd_Start(void)
** 输　入: 
			T_Cursor光标的位置 最高位为1表示HV，0表示LV ，高位的低七位表示行(< 19)，低位表示列( < 3);
			T_Data1,数据1，单通道三通道此位数据都有效
			T_Data2,数据1，三通道此位数据都有效,单通道无效
			T_Data3,数据1，三通道此位数据都有效,单通道无效

** 输　出: 
** 全局变量: 无
** 调用模块: 无
** 作　者: 邱志城
** 日　期: 2008_08_21
** 功能描述: 写温度16*8
********************************************************************************************************/
void Dis_Lcd_Test_Wr(Ushort16 T_Cursor, Uint32 *Test_Data)
{
	Uchar8 temp_x, temp_y, temp_v, m, n;
	Uchar8 temp_buf[20];
	Uint32 Temp_Test_buf[3][3];				//测试数据
	Uint32 Temp_Test_bak_buf[3][3];				//测试数据
	Uint32 temp_data, temp_data1;							//算比率用

	temp_v = (T_Cursor& 0x8000) >> 8;			//记算是 HV还是LV；
	temp_x = (T_Cursor >> 8) & 0x7f;			//记算X的位置
	temp_y = T_Cursor  & 0x00ff;			//记算y的位置
	if(temp_x > 18)		  temp_x = 18;
	if(temp_y > 2)		  temp_y = 2;

	Scan_num++;                            //为了计算比率用
	if(Scan_num > 0xfffffff0)
	{
		Scan_num = 2;
	}
	
	for(m = 0; m < 3; m++)
	{
		for(n = 0; n < 3; n++)
		{
			Temp_Test_buf[m][n] = *Test_Data;
			Test_Data++; 
		}
	}		

	temp_buf[0] = CHAR_R; 							 //写“R”
	temp_buf[1] = CHAR_a; 							 //写“a”
	temp_buf[2] = CHAR_b; 							 //写“b”
	temp_buf[3] = CHAR_R; 							 //写“R”
	temp_buf[4] = CHAR_b; 							 //写“b”
	temp_buf[5] = CHAR_c;							 //写“c”
	temp_buf[6] = CHAR_R; 							 //写“R”
	temp_buf[7] = CHAR_c; 							 //写“c”
	temp_buf[8] = CHAR_a;							 //写“a”

	temp_buf[9] = CHAR_R; 							 //写“R”
	temp_buf[10] = CHAR_a; 							 //写“a”
	temp_buf[11] = CHAR_o; 							 //写“o”
	temp_buf[12] = CHAR_R; 							 //写“R”
	temp_buf[13] = CHAR_b; 							 //写“b”
	temp_buf[14] = CHAR_o;							 //写“o”
	temp_buf[15] = CHAR_R; 							 //写“R”
	temp_buf[16] = CHAR_c; 							//写“c”
	temp_buf[17] = CHAR_o;							//写“o”

	temp_buf[18] = (temp_x + 1) / 10;						//显示分接点的位置
	temp_buf[19] = (temp_x + 1) % 10; 

	if(temp_v == 0x80)			//表示高压侧
	{
		LCD_WR_string_16x16(0, CurrentFenJieAddress_16x16_addr_x4, CurrentFenJieAddress_16x16_addr_y, 1, (Uchar8 *)&Testing_Voltage_code_16[0][0]);		//显示“高”
	}
	else 					  //表示低压侧
	{
		LCD_WR_string_16x16(0, CurrentFenJieAddress_16x16_addr_x4, CurrentFenJieAddress_16x16_addr_y, 1, (Uchar8 *)&Testing_Voltage_code_16[1][0]);		//显示“低”
	}
	LCD_WR_string_8x8(0, CurrentFenJieAddress_16x16_addr_x5, CurrentFenJieAddress_16x16_addr_y1, 2, (Uchar8 *)&temp_buf[18]);		//显示“分接点号”

	
    if(Parameter_Setup.Work_Mode == 0)		//表示手动
	{
💿 文件大小 290 K
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#320240 #arm7 #2148 #c256
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