LCD.rar_LCD

#include "msp430F2619.h" #include "LCD.h" #include "stdio.h" #include "PKT.h" #include "UART.h" #include "type.h" #include "M25P80.h" struct LCD g_menuLCD = { 0x00, 0x00, 0x00,\ 0, {0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00}, 0x00,\ 20, {0, 0, 0, 0, 0, 0}, 0, 0, 0x00, 0x00, 0x00, 0x00,\ {0x00, 0x00, 0x00, 0x00, 0x00}, 0x00, \ 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,\ 0x00, 0x00, 0x00, 0x00, 0x00, 0x00, 0x00,\ {0, 0, 0, 0, 0, 0, 0, 0},\ {0, 0, 0, 0, 0, 0, 0, 0},\ 0x00, 0x00 // cursor }; struct Date_struct dateTimeBuf; // LCD显示数据偏移地址 struct LCD_dataShowOffset dataShowOffset = { {0x03, 0x04, 0x05},\ {0x03, 0x04, 0x05, 0x06, 0x07} }; unsigned char lineAddr[4] = {0x80, 0x90, 0x88, 0x98}; // 数据显示全局变量 unsigned char g_num_tmp = 0x00; unsigned char tmp_c_0 = 0x00; // 临时变量 unsigned char g_num_total = 0x00; // 总水位计数 unsigned char g_line_tmp = 0x00; // 数据显示行变量 unsigned char g_i_485 = 0x00; // 485设备总数 unsigned char g_i_485_WS = 0x00; // 伟思 显示数据当前计数值 unsigned char g_i_485_JE = 0x00; // 捷尔 显示数据当前计数值 unsigned char g_i_485_YLN = 0x00; // 亿立能 显示数据当前计数值 unsigned char g_i_485_OTT = 0x00; // OTT 显示数据当前计数值 unsigned char g_i_mA = 0x00; // 4-20mA 显示数据当前计数值 unsigned char g_tmp0_val, g_tmp1_val; // 基值设置 unsigned char g_debugModeFlag = 0; // 调试模式标志 // 人工置数变量 unsigned char g_setValFlag; // 人工置数标志位 long tmp_val[8]; // 人工置数数值 unsigned int tmp_i0; #define NUM_RANGE_TIMING 8 unsigned char tmp_timing = 0x00;// 定时下标 unsigned char rangeOfTiming[NUM_RANGE_TIMING] = {2, 3, 4, 6, 8, 12, 24, 1}; unsigned char g_dayOfMonth[12] = {31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31}; unsigned char tmp_rainRes = 0x00;// 雨量计分辨率下标 unsigned char rainOfRes[4] = {1, 2, 5, 10}; // 雨量计分辨率 unsigned char tmp_sampIntervalOfRain = 0x00;// 雨量计采样间隔下标 unsigned char sampIntervalOfRain[4] = {1, 5, 10, 30}; // 雨量计采样间隔 unsigned char indexOfCursor[4] = {0x04, 0x01, 0x02, 0x03}; // 上下移下标 // test unsigned char tmp_state = 0x00; void glEnter(void) { // 液晶显示器插拔显示处理 P5OUT |= BIT0; //CS置高 glSendLCDcmd(0x30); //发送基本指令声明、8位数据位 glDelay(1); glSendLCDcmd(0x03); //设定游标的移动方向 glDelay(1); glSendLCDcmd(0x0c); //开显示、开游标，反白 glDelay(1); glSendLCDcmd(0x06); //进入设定点控制字 glDelay(1); P5OUT &= ~BIT0; //CS置低 // 初始化，打开显示屏 if(g_menuLCD.first == FIRST_0) { glSendLCDcmd(LCD_CLEAR); glShowAll(MENU_1, MENU_2, MENU_3, MENU_4); // 显示主菜单 glPointToLine(1); g_menuLCD.first = 1; g_menuLCD.second = 0; g_menuLCD.third = 0; } // 参数设置 else if(g_menuLCD.first == FIRST_1) // 1 参数设置 { switch( g_menuLCD.second ) { case 0: glSecond_sub0(); break; // 1.0 密码 case 1: glSecond_sub0_1(); break; case 2: glSecond_sub1(); break; // 1.1 站点类型 case 3: glSecond_sub2(); break; // 1.2 站点编码 case 4: glSecond_sub3(); break; // 1.3 时间校准 case 5: glSecond_sub4(); break; // 1.4 波特率 case 6: glSecond_sub5(); break; // 1.5 传感器数量 case 7: glSecond_sub6(); break; // 1.6 雨量计参数 case 8: glSecond_sub7(); break; // 1.7 水位计参数 case 9: glSecond_sub8(); break; // 1.8 水位计量程 case 10: glSecond_sub9(); break; // 1.9 水位基值 case 11: glSecond_sub10(); break; // 1.10 上电延时时间 case 12: glSecond_sub11(); break; // 1.11 定时报段制 case 13: glSecond_sub12(); break; // 1.12 清除历史数据 case 14: glSecond_sub13(); break; // 1.13 恢复出厂设置//复位设置 case 15: glSecond_sub14(); break; // 1.14 人工置数 default: glSecond_sub_ret(); break; // 1.15 返回上一级菜单 } } // 当前时间 else if(g_menuLCD.first == FIRST_2) // 2 当前时间 { if(g_menuLCD.second == 0) { glSendLCDcmd(LCD_CLEAR); glShowAll("","2013年01月01日"," 00 :00 :00","" ); glSetTime_realtime_mid(0x92, g_LCD_dateTime.YY); glSetTime_realtime_mid(0x94, g_LCD_dateTime.MM); glSetTime_realtime_mid(0x96, g_LCD_dateTime.DD); glSetTime_realtime_mid(0x8a, g_LCD_dateTime.HH); glSetTime_realtime_mid(0x8c, g_LCD_dateTime.mm); glSetTime_realtime_mid(0x8e, g_LCD_dateTime.SS); g_menuLCD.second++; } else { glSendLCDcmd(LCD_CLEAR); glShowAll(MENU_1, MENU_2, MENU_3, MENU_4); glPointToLine(2); g_menuLCD.second = 0; } } // 当前数据显示 else if(g_menuLCD.first == FIRST_3) // 3 当前数据显示 { if(g_menuLCD.second == 0) { glUp_FIRST3(); g_menuLCD.second++; } else if( (g_menuLCD.second == 1)||(g_menuLCD.second == 2) ) //返回一级菜单 { glSendLCDcmd(LCD_CLEAR); glShowAll(MENU_1, MENU_2, MENU_3, MENU_4); glPointToLine(3); g_menuLCD.second = 0; } } // 降水量 else if(g_menuLCD.first == FIRST_4) // 4 日降水量 { if(g_menuLCD.second == 0) { uint tmp_i; glSendLCDcmd(LCD_CLEAR); // 当前降水量显示（实际值） glSendLCDcmd(0x80); glSendLCDstring("当降水量 mm"); tmp_i = syspara_struct.rainTotal; glSetNum(0x84, tmp_i/1000); glSetNum(0x85, tmp_i%1000/10); glSendLCDcmd(0x86); glSendLCDdata('.'); glSendLCDdata((tmp_i%10) + 0x30); // 日降水量显示（实际值） glSendLCDcmd(0x90); glSendLCDstring("日降水量 mm"); tmp_i = syspara_struct.rainTotal_last; glSetNum(0x94, tmp_i/1000); glSetNum(0x95, tmp_i%1000/10); glSendLCDcmd(0x96); glSendLCDdata('.'); glSendLCDdata((tmp_i%10) + 0x30); // 累计降水量显示（实际值） glSendLCDcmd(0x88); glSendLCDstring("累降水量 mm"); tmp_i = syspara_struct.rainTotal_oneYear; glSetNum(0x8c, tmp_i/1000); glSetNum(0x8d, tmp_i%1000/10); glSendLCDcmd(0x8e); glSendLCDdata('.'); glSendLCDdata((tmp_i%10) + 0x30); g_menuLCD.second++; } else { glSendLCDcmd(LCD_CLEAR); glShowAll(MENU_1, MENU_2, MENU_3, MENU_4); glPointToLine(4); g_menuLCD.second = 0; } } // 上报实时数据 else if(g_menuLCD.first == FIRST_5) // 5 上报实时数据 { if (g_menuLCD.second == 0) { frm_struct.funCodeUp = FUNC_QueryRealtime; glSendLCDcmd(LCD_CLEAR); glShowAll("", "指令发送完成！", "", ""); g_menuLCD.second++; } else if (g_menuLCD.second == 1) { glUp_FIRST3(); g_menuLCD.second++; } else { glSendLCDcmd(LCD_CLEAR); glShowAll(MENU_5, MENU_6, MENU_7, MENU_8); glPointToLine(1); g_menuLCD.second = 0; } } // 存储器状态 else if(g_menuLCD.first == FIRST_6) // 6 存储器状态 { if(g_menuLCD.second == 0) { glSendLCDcmd(LCD_CLEAR); glShowAll(MENU_FLASH, "", "", ""); // 容量 glSetNum(0x86, (unsigned char)(99 - syspara_struct.flashAddr_start*100/0xfffff)); glPointToLine(1); g_menuLCD.second++; } else { glSendLCDcmd(LCD_CLEAR); glShowAll(MENU_5, MENU_6, MENU_7, MENU_8); glPointToLine(2); g_menuLCD.second = 0; } } // 调试模式 else if(g_menuLCD.first == FIRST_7) // 7 调试模式 { if (g_menuLCD.second == 0) { glSen