📄 display.c
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#include<Includes.h>
unsigned char DisFlag = 0x00;
unsigned char DisFlagCC = 0x00;
void MakeExcel(void)
{
// GUI_Initialize();
GUI_HLine(0,0,127,0x01); // 画横线
GUI_HLine(0,18,127,0x01);
GUI_HLine(0,36,127,0x01);
GUI_HLine(0,54,127,0x01);
GUI_HLine(0,63,127,0x01);
// 画竖线
GUI_RLine(0, 0, 63, 0x01);
GUI_RLine(33, 0, 54, 0x01);
GUI_RLine(127, 0, 63, 0x01);
}
void DispTime(void)
{
unsigned char i=5,j=75,k = 55;
GUI_PutChar(i,k,DigitNUM[2]);
GUI_PutChar(i+5,k,DigitNUM[0]);
GUI_PutChar(i+10,k,DigitNUM[0]);
GUI_PutChar(i+15,k,DigitNUM[8]);
GUI_PutChar(i+21,k,DigitNUM[0x11]); // '/'
GUI_PutChar(i+27,k,DigitNUM[0]);
GUI_PutChar(i+32,k,DigitNUM[8]);
GUI_PutChar(i+38,k,DigitNUM[0x11]); // '/'
GUI_PutChar(i+44,k,DigitNUM[2]);
GUI_PutChar(i+49,k,DigitNUM[0]);
GUI_PutChar(j,k,DigitNUM[RTC_data[2]>>4]);
GUI_PutChar(j+5,k,DigitNUM[(RTC_data[2]&0x0f)]);
GUI_PutChar(j+12,k,DigitNUM[0x10]); // ':'
GUI_PutChar(j+17,k,DigitNUM[RTC_data[1]>>4]);
GUI_PutChar(j+22,k,DigitNUM[RTC_data[1]&0x0f]);
GUI_PutChar(j+31,k,DigitNUM[0x10]); // ':'
GUI_PutChar(j+36,k,DigitNUM[RTC_data[0]>>4]);
GUI_PutChar(j+41,k,DigitNUM[RTC_data[0]&0x0f]);
}
void DisplaySUB(unsigned char P,unsigned char kkk,unsigned char i)
{
unsigned char Pist1,k;
unsigned char Temp[16];
float *TTTTTemp;
unsigned long LLLTemp;
TTTTTemp = (float *)&AD7794_Dat[i];
LLLTemp = (unsigned long)(10000*(*TTTTTemp));
Temp[0] = LLLTemp/1000000000;
Temp[1] = (LLLTemp%1000000000)/100000000;
Temp[2] = (LLLTemp%100000000)/10000000;
Temp[3] = (LLLTemp%10000000)/1000000;
Temp[4] = (LLLTemp%1000000)/100000;
Temp[5] = (LLLTemp%100000)/10000;
Temp[6] = 0x12; // .
Temp[7] = (LLLTemp%10000)/1000;
Temp[8] = (LLLTemp%1000)/100;
Temp[9] = (LLLTemp%100)/10;
Temp[10] = LLLTemp%10;
if(Temp[0]==0) // 隐藏没用的 0
{
Temp[0] = 20;
if(Temp[1]==0)
{
Temp[1] = 20;
if(Temp[2]==0)
{
Temp[2] = 20;
if(Temp[3]==0)
{
Temp[3] = 20;
if(Temp[4]==0)
{
Temp[4] = 20;
}
}
}
}
}
Pist1 = P;
k = kkk;
GUI_PutChar8_8(Pist1,k,DigitNUM[Temp[0]]);
GUI_PutChar8_8(Pist1+8,k,DigitNUM[Temp[1]]);
GUI_PutChar8_8(Pist1+16,k,DigitNUM[Temp[2]]);
GUI_PutChar8_8(Pist1+24,k,DigitNUM[Temp[3]]);
GUI_PutChar8_8(Pist1+32,k,DigitNUM[Temp[4]]);
GUI_PutChar8_8(Pist1+40,k,DigitNUM[Temp[5]]);
GUI_PutChar8_8(Pist1+48,k,DigitNUM[Temp[6]]); // '.'
GUI_PutChar8_8(Pist1+56,k,DigitNUM[Temp[7]]);
GUI_PutChar8_8(Pist1+64,k,DigitNUM[Temp[8]]);
GUI_PutChar8_8(Pist1+72,k,DigitNUM[Temp[9]]);
GUI_PutChar8_8(Pist1+80,k,DigitNUM[Temp[10]]);
}
void DisplayPP(unsigned char P,unsigned char kkk,unsigned char i)
{
unsigned char Pist1,k;
unsigned char Temp[6];
float *TTTTTemp;
unsigned long LLLTemp;
TTTTTemp = (float *)&AD7794_Dat[i];
LLLTemp = (unsigned long)(100*(*TTTTTemp));
Temp[0] = LLLTemp/10000;
Temp[1] = (LLLTemp%10000)/1000;
Temp[2] = (LLLTemp%1000)/100;
Temp[3] = 0x12; // .
Temp[4] = (LLLTemp%100)/10;
Temp[5] = (LLLTemp%10);
if(Temp[0]==0) // 隐藏没用的 0
{
Temp[0] = 20;
if(Temp[1]==0) // 隐藏没用的 0
{
Temp[1] = 20;
}
}
Pist1 = P;
k = kkk;
GUI_PutChar8_8(Pist1,k,DigitNUM[Temp[0]]);
GUI_PutChar8_8(Pist1+8,k,DigitNUM[Temp[1]]);
GUI_PutChar8_8(Pist1+16,k,DigitNUM[Temp[2]]);
GUI_PutChar8_8(Pist1+24,k,DigitNUM[Temp[3]]);// .
GUI_PutChar8_8(Pist1+32,k,DigitNUM[Temp[4]]);
GUI_PutChar8_8(Pist1+40,k,DigitNUM[Temp[5]]);
}
void DisplayH_PB(unsigned char P,unsigned char kkk,unsigned char i)
{
unsigned char Pist1,k;
unsigned char Temp[16];
float *TTTTTemp;
unsigned long LLLTemp;
TTTTTemp = (float *)&AD7794_Dat[i];
LLLTemp = (unsigned long)(10*(*TTTTTemp));
Temp[0] = LLLTemp/100000;
Temp[1] = (LLLTemp%100000)/10000;
Temp[2] = (LLLTemp%10000)/1000;
Temp[3] = (LLLTemp%1000)/100;
Temp[4] = (LLLTemp%100)/10;
Temp[5] = 0x12;
Temp[6] = LLLTemp%10;
if(Temp[0]==0) // 隐藏没用的 0
{
Temp[0] = 20;
if(Temp[1]==0)
{
Temp[1] = 20;
if(Temp[2]==0)
{
Temp[2] = 20;
if(Temp[3]==0)
{
Temp[3] = 20;
}
}
}
}
Pist1 = P;
k = kkk;
GUI_PutChar8_8(Pist1,k,DigitNUM[Temp[0]]);
GUI_PutChar8_8(Pist1+8,k,DigitNUM[Temp[1]]);
GUI_PutChar8_8(Pist1+16,k,DigitNUM[Temp[2]]);
GUI_PutChar8_8(Pist1+24,k,DigitNUM[Temp[3]]);
GUI_PutChar8_8(Pist1+32,k,DigitNUM[Temp[4]]);// '.'
GUI_PutChar8_8(Pist1+40,k,DigitNUM[Temp[5]]);
GUI_PutChar8_8(Pist1+48,k,DigitNUM[Temp[6]]);
}
void DisFault(unsigned char P,unsigned char kkk,unsigned char i)
{
unsigned char Pist1,k;
unsigned char Temp[16];
float *TTTTTemp;
unsigned long LLLTemp;
TTTTTemp = (float *)&AD7794_Dat[i];
LLLTemp = (unsigned long)(*TTTTTemp);
Temp[0] = (LLLTemp%1000000)/100000;
Temp[1] = (LLLTemp%100000)/10000;
Temp[2] = (LLLTemp%10000)/1000;
Temp[3] = (LLLTemp%1000)/100;
Temp[4] = (LLLTemp%100)/10;
Temp[5] = LLLTemp%10;
if(Temp[0]==0) // 隐藏没用的 0
{
Temp[0] = 20;
if(Temp[1]==0)
{
Temp[1] = 20;
if(Temp[2]==0)
{
Temp[2] = 20;
if(Temp[3]==0)
{
Temp[3] = 20;
if(Temp[4]==0)
{
Temp[4] = 20;
}
}
}
}
}
Pist1 = P;
k = kkk;
GUI_PutChar8_8(Pist1,k,DigitNUM[Temp[0]]);
GUI_PutChar8_8(Pist1+8,k,DigitNUM[Temp[1]]);
GUI_PutChar8_8(Pist1+16,k,DigitNUM[Temp[2]]);
GUI_PutChar8_8(Pist1+24,k,DigitNUM[Temp[3]]);
GUI_PutChar8_8(Pist1+32,k,DigitNUM[Temp[4]]);
GUI_PutChar8_8(Pist1+40,k,DigitNUM[Temp[5]]);
}
void DisplayPage1(void)
{
/* unsigned char Pist1 = 35,k;
unsigned char Temp[16];
float *TTTTTemp;
unsigned long LLLTemp;*/
switch(DisFlag)
{
case 0:
if(DisFlagCC == 0x55)
{
GUI_ClearSCR();
MakeExcel();
GUI_PutHZ(1,1,shun,16,16);
GUI_PutString8_8(103,42,"Mpa");
GUI_PutHZ(17,1,shi,16,16);
GUI_PutHZ(1,19,zong,16,16);
GUI_PutHZ(17,19,ji,16,16);
GUI_PutHZ(1,37,ya,16,16);
GUI_PutHZ(17,37,li,16,16);
DisFlagCC = 0x00;
}
DisplayPP(52,42,0); // 显示压力
DisplaySUB(37,6,16); // 瞬时流量
DisplaySUB(37,24,24); // 总流量
break;
case 1:
if(DisFlagCC == 0x55)
{
GUI_ClearSCR();
MakeExcel();
GUI_PutHZ(1,1,ya,16,16);
GUI_PutHZ(17,1,cha,16,16);
GUI_PutString8_8(103,6,"pa");
GUI_PutHZ(1,19,bo,16,16);
GUI_PutHZ(17,19,wen,16,16);
GUI_PutHZ(100,19,SSdu,16,16);
GUI_PutHZ(1,37,zu,16,16);
GUI_PutHZ(17,37,wen,16,16);
GUI_PutHZ(100,37,SSdu,16,16);
DisFlagCC = 0x00;
}
DisplayH_PB(45,6,4); // 显示压差
DisplayPP(52,24,8); // 显示温度1
DisplayPP(52,42,12); // 显示温度2
break;
case 2:
if(DisFlagCC == 0x55)
{
GUI_ClearSCR();
GUI_HLine(0,0,127,0x01); // 画横线
GUI_HLine(0,54,127,0x01);
GUI_HLine(0,63,127,0x01);
// 画竖线
GUI_RLine(0, 0, 63, 0x01);
GUI_RLine(127, 0, 63, 0x01);
GUI_PutHZ(20,15,chu,16,16);
GUI_PutHZ(40,15,cuo,16,16);
GUI_PutHZ(60,15,ci,16,16);
GUI_PutHZ(80,15,shu,16,16);
GUI_PutChar8_8(100,23,':');
DisFlagCC = 0x00;
}
DisFault(40,40,20);
break;
default:DisFlag=0;break;
}
}
void TestModeDis(void)
{
GUI_ClearSCR();
GUI_HLine(0,0,127,0x01); // 画横线
GUI_HLine(0,63,127,0x01);
// 画竖线
GUI_RLine(0, 0, 63, 0x01);
GUI_RLine(127, 0, 63, 0x01);
GUI_PutHZ(20,15,ce,16,16);
GUI_PutHZ(40,15,sh,16,16);
GUI_PutHZ(60,15,zhong,16,16);
GUI_PutChar8_8(80,23,'.');
GUI_PutChar8_8(88,23,'.');
GUI_PutChar8_8(96,23,'.');
}⌨️ 快捷键说明
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