📄 sucessfull.c
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{
goto lab3;
}
if ( ulTmp >= 0 )
goto lab4;
}
else
{
if ( ulTmp >= 1000 )
{
lab1: ul1000=mod_1000(&ulTmp);
chucun_ch(ul1000,ucT);
ucT ++;
lab2: ul100=mod_100(&ulTmp);
chucun_ch(ul100,ucT);
ucT ++;
lab3: ul10=mod_10(&ulTmp);
chucun_ch(ul10,ucT);
ucT ++;
lab4: chucun_ch(ulTmp,ucT);
return;
}
if ( ulTmp >= 100 )
goto lab2;
if ( ulTmp >= 10 )
goto lab3;
if ( ulTmp >= 0 )
goto lab4;
}
}
//接线错误函数
void showjiexian()
{
uchar * cc;
cc = chucuo;
SelectScreen(1);
showhz(3,32,cc);
cc = cc + 32;
showhz(3,48,cc);
cc = cc + 32;
SelectScreen(2);
showhz(3,0,cc);
cc = cc + 32;
showhz(3,16,cc);
}
void fudianfenli(float fftmp)
{
bit fg; /*判断转换数字是整数部分还是小数部分*/
div_zhengshu_xiaoshu(fftmp);
fg = 1;
number_char(iZHENGSHU,fg );
if ( iZHENGSHU < 1000 )
{
iXIAOSHU = iXIAOSHU / 100;
uczTable[3] = iXIAOSHU;
}
}
//电流电阻显示函数
void showTable(uchar lin , uchar cole )
{
uchar i=0, j=0,uctm=0;
uchar *sz;
sz = shuzi;
uctm = cole ;
SelectScreen(1);
if ( iZHENGSHU < 1000 )
{
for ( i = 0; i < 2; i++ )
{
for ( j = 0; j <= 9; j++)
if ( uczTable[i] == j )
{
sz = sz + 16 * ( j + 2 );
ShowChar(lin,uctm,sz);
uctm = uctm +8;
sz = shuzi;
}
}
SelectScreen(2);
uctm = 0;
if (iZHENGSHU >= 100 )
{
for ( j = 0; j <= 9; j++)
if ( uczTable[2] == j )
{
sz = sz + 16 * ( j + 2 );
ShowChar(lin,uctm,sz);
sz = shuzi;
uctm = uctm +8;
}
}
sz = sz + 16 * 12;
ShowChar(lin,uctm,sz);
uctm = uctm +8;
sz = shuzi;
for ( j = 0; j <= 9; j++)
if ( uczTable[3] == j )
{
sz = sz + 16 * ( j + 2 );
ShowChar(lin,uctm,sz);
uctm = uctm +8;
}
}
else
{
SelectScreen(1);
for ( i = 0; i < 2; i++)
for ( j = 0; j <= 9; j++)
if ( uczTable[i] == j )
{
sz = sz + 16 * ( j + 2 );
ShowChar(lin,uctm,sz);
uctm = uctm +8;
sz = shuzi;
}
SelectScreen(2);
uctm = 0;
for ( i = 2; i < 4; i++)
for ( j = 0; j <= 9; j++)
if ( uczTable[i] == j )
{
sz = sz + 16 * ( j + 2 );
ShowChar(lin,uctm,sz);
uctm = uctm +8;
sz = shuzi;
}
}
}
void showdianliu(uchar uctmp)
{
uchar i=0, j=0, uctm=48, *sz;
float fTmp = 0.0;
if ( selc == 0 )
fTmp = 100.0;
else
fTmp = 200.0;
if ( fTmp < 1.0 )
{
showjiexian();
while (1);
}
fudianfenli(fTmp);
SelectScreen(1);
sz = shuzi;
sz = sz + 272;
ShowChar(3,32,sz);
sz = shuzi;
sz = sz + 16;
ShowChar(3,40,sz);
sz = shuzi;
showTable(3,uctm);
SelectScreen(2); // 显示 " A "
sz = xiaoxiea;
if ( iZHENGSHU < 1000 )
uctm = 24;
else
uctm = 16;
ShowChar(3,uctm,sz);
}
void test(uchar *star) //测试过程 显示 “正在测试中”
{
unsigned char coltmp , i ,*starttmp;
if (!bfdayin) //判断为第一次调用
{
ClearScreen(1);
ClearScreen(2);
kstr = 1 ; //启动恒流源
bfdayin = ~bfdayin;
}
starttmp = star;
SelectScreen( 1 );
coltmp = 0;
for ( i =0; i < 4; i++)
{
showhz(0,coltmp,starttmp);
coltmp = coltmp + 16;
starttmp = starttmp + 32;
}
SelectScreen( 2 );
coltmp = 0;
for ( i =0; i < 2; i++)
{
showhz(0,coltmp,starttmp);
coltmp = coltmp + 16;
starttmp = starttmp + 32;
}
}
void senddata(uchar datatmp)
{
while(BUSY);
SBUF = datatmp; //发送数据
while (!TI);
TI=0;
}
void dayin()
{
uchar i;
uchar data day1[]={0x1b,0x36,0x49,0x3D,0x31,0x30,0x30,0x41,0x32,0x30,0x30,0x41};
uchar data dayr[]={0x52,0x3D,0xA9,0xB9};
uchar code day[]={0x1b,0x38,0x00,0x1b,0x6c,0x10,0xB2,0xE2,0xCA,0xD4,0xBD,0xE1,0xB9,0xFB};
uchar udata[]={0,0,0,0};
TH1 = 244;
TL1 = 244;
TMOD = 0x20 ;
SCON = 0xd0;
TR1= 1;
ES = 1;
TI = 0;
for ( i = 0; i < 4; i++)
uczTable[i] = uczTable[i] | 0x30 ;
for ( i = 0; i < 4; i++)
senddata(day1[i]); //发送数据
if ( !selc)
{
for ( i = 4; i < 8; i++)
senddata(day1[i]);
}
else
{
for ( i = 8; i < 12; i++)
senddata(day1[i]);
}
senddata(0x0D);
senddata(0x1b);
senddata(0x4A);
senddata(6);
for ( i = 0; i < 2; i++)
senddata(dayr[i]); //发送数据
for ( i = 0; i < 3; i++)
senddata(uczTable[i]);
senddata(0x2E); //.
senddata(uczTable[3]);
for ( i = 2; i < 4; i++)
senddata(dayr[i]); //发送数据
senddata(0x0D);
senddata(0x1b);
senddata(0x4A);
senddata(6);
senddata(0x1b);
senddata(0x20);
senddata(2);
for ( i = 0; i < 16; i++)
senddata(day[i]); //发送数据
senddata(0x0D);
senddata(0x1b); //设定空走纸行
senddata(0x66);
senddata(1);
senddata(3);
senddata(0x00);
}
void kszkey() //测试设置键 函数
{
uchar i =0 , ucflag=1 ;
ksz = 1;
ktest = 1;
if (!bfdayin)
{
while (1)
{
while (!ksz)
{
Lcd12864delay(1); //延时去抖动
if ( ksz == 1 ) //判断键是否释放
{
if ( ucflag == 1)
{
lcderbai();
ucflag=0;
selc = 1;
}
else
{
lcdyibai();
ucflag=1;
selc = 0;
}
}
}
if ( !ktest)
{
Lcd12864delay(1);
if ( ktest == 1 )
//启动测试程序
{
test(start);
adDushu(&ucItmp, 0);
// 显示测试的 电流数据
showdianliu(ucItmp);
return;
}
}
}
}
if (bfdayin)
{
while ( 1 )
{
while (!ksz)
{
Lcd12864delay(1); //延时去抖动
if ( ksz == 1 ) //判断键是否释放
{
dayin();
bfdayin = ~ bfdayin;
return;
}
}
}
}
}
// 测试电压，选择合适的电压量程
void ceshidianya()
{
uchar ucp20 = 0x01 ,ucutmp=0 ;
adinit(1);
zl: adDushu(&ucutmp,1);
if ( (ucutmp > 0xCC ) && ( ucp20 == 0x01 ) )
{
showjiexian();
while(1);
}
else if ( ucutmp < 0xCC )
{
ucp20 = ucp20 << 1;
P2 = P2 & 0xf0 ;
P2 = P2 | ucp20;
delay1ms(900);
goto zl;
}
ucp20 = ucp20 >> 1;
P2 = P2 & 0xf0 ;
P2 = P2 | ucp20;
if ( ucp20 == 1 ) VX = 11.0;
if ( ucp20 == 2 ) VX = 33.638;
if ( ucp20 == 4 ) VX = 124.74;
if ( ucp20 == 8 ) VX = 401.81;
}
void showdianzu(float fRxt)
{
uchar *sz , uctm=48;
fRxt = fRxt * 1000*1000;
fudianfenli(fRxt);
SelectScreen(1);
sz = shuzi;
ShowChar(5,32,sz);
sz = sz + 16;
ShowChar(5,40,sz);
sz = shuzi;
showTable(5,uctm);
SelectScreen(2);
sz = shuzi;
sz = sz +208;
if ( iZHENGSHU < 1000 )
uctm = 24;
else
uctm = 16;
showhz(5,uctm,sz);
uctm = uctm + 16;
sz = sz +32;
showhz(5,uctm,sz);
}
//测试电阻
void ceshidianzu()
{
uchar ucmp=30;
float fRx=0.0 , K=0.0,fv=0.0, fi=0.0 ,ucceshi=0.0 , rtmp=0.0;
K = VB*RB/VX ;
ucceshi=30.0;
while ( ucmp--)
{
adDushu(&ucItmp,1);
fv= (float)ucItmp;
rtmp = fv ;
adDushu(&ucItmp,0);
fi= (float)ucItmp ;
rtmp = rtmp / fi ;
rtmp = rtmp * K;
fRx = fRx + rtmp;
}
fRx = fRx / ucceshi ;
test(secjieguo);
showdianzu( fRx );
}
//显示第一屏
void xiandiyip()
{
uchar *ucptmp , coltm,coltmp,i ,j,ucItotal;
coltmp = 24;
ucptmp = ASC;
SelectScreen( 1 );
Lcd12864delay();
for ( i = 0; i < 5; i++)
{
ShowChar(0,coltmp,ucptmp);
ucptmp = ucptmp + 16;
coltmp = coltmp + 8;
}
coltmp = 0;
SelectScreen( 2 );
for ( i = 0; i < 3; i++)
{
ShowChar(0,coltmp,ucptmp);
ucptmp = ucptmp + 16;
coltmp = coltmp + 8;
}
showhz(0,coltmp,ucptmp );
//显示 “回路测试仪”
ucptmp = hui;
SelectScreen( 1 );
coltmp = 8;
for ( i = 0; i < 3; i++ )
{
showhz(2,coltmp,ucptmp);
ucptmp = ucptmp + 32;
coltmp = coltmp + 16;
}
//显示 阻
coltm = coltmp;
Show88(2,coltmp,ucptmp);
ucptmp = ucptmp + 8;
SelectScreen(2);
coltmp = 0;
Show88(2,coltmp,ucptmp);
ucptmp = ucptmp + 8;
SelectScreen(1);
coltmp = coltm;
Show88(3,coltmp,ucptmp);
ucptmp = ucptmp + 8;
SelectScreen(2);
coltmp = 0;
Show88(3,coltmp,ucptmp);
// 显示 “测试仪”
ucptmp = ucptmp + 8;
coltmp = coltmp + 8;
for ( i = 0; i < 3; i++ )
{
showhz(2,coltmp,ucptmp);
ucptmp = ucptmp + 32;
coltmp = coltmp + 16;
}
// 显示 “扬州科发电气”
SelectScreen( 1 );
coltmp = 16;
ucptmp = yang;
for ( i = 0; i < 3; i++ )
{
showhz(5,coltmp,ucptmp);
ucptmp = ucptmp + 32;
coltmp = coltmp + 16;
}
SelectScreen( 2 );
coltmp = 0;
for ( i = 0; i < 3; i++ )
{
showhz(5,coltmp,ucptmp);
ucptmp = ucptmp + 32;
coltmp = coltmp + 16;
}
}
// 显示第二屏
void xiandierp()
{
uchar *ucptmp , coltm,coltmp , i;
//显示 “请设置测试电流：”
ClearScreen(1);
ClearScreen(2);
SelectScreen( 1 );
ucptmp = dier;
coltmp = 0;
for ( i =0; i < 4; i++)
{
showhz(0,coltmp,ucptmp);
coltmp = coltmp + 16;
ucptmp = ucptmp + 32;
}
SelectScreen( 2 );
coltmp = 0;
for ( i =0; i < 4; i++)
{
showhz(0,coltmp,ucptmp);
coltmp = coltmp + 16;
ucptmp = ucptmp + 32;
}
}
void main()
{
uchar *yibaitmp ,*starttmp ;
//初始化区域
selc = 0;
jav0 = 1;
jav1 = 0;
jav2 = 0;
jav3 = 0;
kstr = 0;
adi = 1;
ado = 0;
adi = 0;
adclk = 0;
adi = 1;
adclk = 1;
yibaitmp = yibai;
starttmp =start;
adinit(0);
InitLCD();
xiandiyip(); //显示第一屏
Lcd12864delay(60000);
xiandierp(); //显示第二屏
lcdyibai();
kszkey(); //设置测试电流源
delay1ms(30) ;
ceshidianya(); //测试电压，选择合适的量程
delay1ms(20);
ceshidianzu();
kszkey(); //打印测试结果
kstr =0;
while ( 1) ;
}
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