/*******************************************************************************
* 函 数 名 ：BeepControl
* 函数功能 ：蜂鸣器控制 , 每10ms调用一次
* 输 入 ：无
* 输 出 ：无
*******************************************************************************/
void BeepControl()//每10mS调用一次
{
if (Beep_EN)
{
if (Beep.PWR_time)
{
PWR_CTRL=0;//供电
Beep.PWR_time--;
}
else
{
PWR_CTRL=1;//掉电,依靠电容放电实现和弦拖音
}
if (Beep.FREQ_time)
{
Beep.FREQ_time--;
TR0 = 1;//启动定时器发声
}
else
{
TR0 = 0;//停止定时器发声
BeepSet();
PWR_CTRL=0;//发声完毕，打开电源给电容充电
}
}
else
{
BUZZER_IO=0;
TR0 = 0;//停止定时器发声
}
return;
}
/*
* 函数介绍：长按滤芯键3S，所有滤芯复位子程序:
* 输入参数：无
* 输出参数：无
* 返回值：无
*/
void FilterResetDeal(void)
{
// if(flag3&LIFE_OVER_VALUE)
if(f_PP1_life_over||f_C1_life_over||f_PP2_life_over||f_RO_life_over||f_CUF_life_over)
{ //任意一级滤芯寿命到期，复位寿命。
PP1filterTime = 0;
C1filterTime = 0;
PP2filterTime = 0;
ROfilterTime = 0;
CUFfilterTime = 0;
f_filter_reset_Ok = 1;
BeepSet(1,20,0);
f_PP1_life_over = 0;
f_C1_life_over = 0;
f_PP2_life_over = 0;
f_RO_life_over = 0;
f_CUF_life_over = 0;
// if(ZjMode == 0)
{
SetWriteData();
}
}
}
/*
* 函数介绍：按键处理程序 10MS调用一次
* 输入参数：无
* 输出参数：无
* 返回值：无
*/
void Key(void)
{
if(f_zs_err)
{ //制水故障，整机失效。
return;
}
if(ZjMode != 0)
{ if(keyValue == C_LX_L_PRE)
{
// BeepSet(1,100,0);
FilterResetDeal();
}
return;
}
switch(keyValue)
{
case C_CX_PRE:
//if(!f_first_10s)
if(DisPowCount < 3)
{ //上电前10s按
break;
}
//SetWriteData();
BeepSet(1,20,0);
if(SetMode)
{
life[SetMode-1] = 0; //将当前滤芯时间清零。
switch(SetMode) //将相应滤芯寿命到标志清零。
{
case 1:
f_PP1_life_over = 0;
break;
case 2:
f_C1_life_over = 0;
break;
case 3:
f_PP2_life_over = 0;
break;
case 4:
f_RO_life_over = 0;
break;
case 5:
f_CUF_life_over = 0;
break;
default:
break;
}
SetMode ++;
if(SetMode >= 6)
{
SetMode = 0; }
SettingTime = 0;
SetWriteData();
break;
}
if(f_cx_auto&&CxTime)
{ //当前为自动冲洗，
f_cx_auto = 0;
CxTime = C_CX_MANU_T;
}
else if(CxTime)
{
CxTime = 0;
if(HiSwitchCheckT2 >= 250) //自动冲洗时间清零时，再一次检测看开关有没有闭合5S.
{
f_zs_on = 1;
}
HiSwitchCheckT2 = 0;
}
else
{
CxTime = C_CX_MANU_T;
}
f_cx_auto = 0;
break;
/*
case C_CX_L_O:
if(f_first_10s)
{ //上电10s后长按松开后无效。
break; }
BeepSet(1,20,0);
if(f_cx_auto&&CxTime)
{ //当前为自动冲洗，
f_cx_auto = 0;
CxTime = C_CX_MANU_T;
}
else if(CxTime)
{
CxTime = 0;
}
else
{
CxTime = C_CX_MANU_T;
}
f_cx_auto = 0;
break;
*/
case C_CX_L_PRE:
if(f_first_10s)
{
break; }
BeepSet(1,20,0);
ZjMode = 0x01; //进入快检模式。
SelfChekDis = 50; //快检前全屏显示1S
DisPowCount = 4; //取消上电前的闪动显示。
break;
case C_LX_PRE:
if(SetMode)
{
BeepSet(1,20,0);
SetMode ++;
if(SetMode >= 6)
{
SetMode = 0;
SettingTime = 0;
}
}
else
{
BeepSet(1,20,0);
}
break;
case C_LX_L_PRE:
if(!f_first_10s)
{ //上电前10秒长按滤芯无效。
break;
}
FilterResetDeal();
break;
case C_LX_LL_PRE:
if(!f_first_10s)
{ //上电前10秒长按滤芯无效。
break;
}
if(f_filter_reset_Ok)
{ //当前长按5秒是由前面的长按3S且滤芯已全部复位而来，不处理，
break;
}
if(SetMode == 0)
{
BeepSet(1,20,0);
SetMode = 1;
SettingTime = 0;
}
break;
default:
break;
}
if(++SettingTime >= 1000)
{
SettingTime = 0; SetMode = 0;
}
}
/*
* 函数介绍：时间更新 500MS执行一次。
* 输入参数：无
* 输出参数：无
* 返回值：无
*/
void TimeUpData(void)
{
uint8 i;
if(!f_first_10s)
{
TimePower ++;
if(TimePower >= 20)
{
f_first_10s = 1;
}
}
//滤芯计时:
lifehour ++;
if(ZjMode)
{
PP1filterTime += 180;
if(PP1filterTime >= C_PP1filter_life)
{
PP1filterTime = C_PP1filter_life;
f_PP1_life_over = 1;
}
C1filterTime += 180;
if(C1filterTime >= C_C1filter_life)
{
C1filterTime = C_C1filter_life;
f_C1_life_over = 1;
}
PP2filterTime += 180;
if(PP2filterTime >= C_PP2filter_life)
{
PP2filterTime = C_PP2filter_life;
f_PP2_life_over = 1;
}
ROfilterTime += 180;
if(ROfilterTime >= C_ROfilter_life)
{
ROfilterTime = C_ROfilter_life;
f_RO_life_over = 1;
}
CUFfilterTime += 180;
if(CUFfilterTime >= C_CUFfilter_life)
{
CUFfilterTime = C_CUFfilter_life;
f_CUF_life_over = 1;
}
//将滤芯时间存储起来:
//WriteFilterData();
//SetWriteData();
}
else
{
#if C_DEBUG
if(lifehour >= 1)
{
i = 1;
lifehour = 0;
PP1filterTime ++;
if(PP1filterTime == C_PP1_life_1_3)
{
SetWriteData();
}
else if(PP1filterTime == C_PP1_life_2_3)
{
SetWriteData();
}
else if(PP1filterTime == C_PP1_life_2_3_2)
{
SetWriteData();
}
else if(PP1filterTime == C_PP1filter_life)
{
SetWriteData();
}
if(PP1filterTime >= C_PP1filter_life)
{
PP1filterTime = C_PP1filter_life +1;
f_PP1_life_over = 1;
}
C1filterTime ++;
if(C1filterTime == C_C1_life_1_3)
{
SetWriteData();
}
else if(C1filterTime == C_C1_life_2_3)
{
SetWriteData();
}
else if(C1filterTime == C_C1_life_2_3_2)
{
SetWriteData();
}
else if(C1filterTime == C_C1filter_life)
{
SetWriteData();
}
if(C1filterTime >= C_C1filter_life)
{
C1filterTime = C_C1filter_life +1;
f_C1_life_over = 1;
}
PP2filterTime ++;
if(PP2filterTime == C_PP2_life_1_3)
{
SetWriteData();
}
else if(PP2filterTime == C_PP2_life_2_3)
{
SetWriteData();
}
else if(PP2filterTime == C_PP2_life_2_3_2)
{
SetWriteData();
}
else if(PP2filterTime == C_PP2filter_life)
{
SetWriteData();
}
if(PP2filterTime >= C_PP2filter_life)
{
PP2filterTime = C_PP2filter_life +1;
f_PP2_life_over = 1;
}
ROfilterTime ++;
if(ROfilterTime == C_RO_life_1_3)
{
SetWriteData();
}
else if(ROfilterTime == C_RO_life_2_3)
{
SetWriteData();
}
else if(ROfilterTime == C_RO_life_2_3_2)
{
SetWriteData();
}
else if(ROfilterTime == C_ROfilter_life)
{
SetWriteData();
}
if(ROfilterTime >= C_ROfilter_life)
{
ROfilterTime = C_ROfilter_life +1;
f_RO_life_over = 1;
}
CUFfilterTime ++;
if(CUFfilterTime == C_CUF_life_1_3)
{
SetWriteData();
}
else if(CUFfilterTime == C_CUF_life_2_3)
{
SetWriteData();
}
else if(CUFfilterTime == C_CUF_life_2_3_2)
{
SetWriteData();
}
else if(CUFfilterTime == C_CUFfilter_life)
{
SetWriteData();
}
if(CUFfilterTime >= C_CUFfilter_life)
{
CUFfilterTime = C_CUFfilter_life +1;
f_CUF_life_over = 1;
}
}
#else
if(lifehour >= 7200)
{
lifehour = 0;
PP1filterTime ++;
if(PP1filterTime >= C_PP1filter_life)
{
PP1filterTime = C_PP1filter_life;
f_PP1_life_over = 1;
}
C1filterTime ++;
if(C1filterTime >= C_C1filter_life)
{
C1filterTime = C_C1filter_life;
f_C1_life_over = 1;
}
PP2filterTime ++;
if(PP2filterTime >= C_PP2filter_life)
{
PP2filterTime = C_PP2filter_life;
f_PP2_life_over = 1;
}
ROfilterTime ++;
if(ROfilterTime >= C_ROfilter_life)
{
ROfilterTime = C_ROfilter_life;
f_RO_life_over = 1;
}
CUFfilterTime ++;
if(CUFfilterTime >= C_CUFfilter_life)
{
CUFfilterTime = C_CUFfilter_life;
f_CUF_life_over = 1;
}
//将滤芯时间存储起来:
//WriteFilterData();
SetWriteData();
}
#endif
}
//连续制水计时:
if(f_zs_on)
{
ZsContiTimer ++;
if(ZsContiTimer >= C_ZsContiTimer)
{
ZsContiTimer = 0;
f_zs_err = 1;
BeepSet(30,25,25); //报警30下，
}
}
else
{
ZsContiTimer = 0;
}
}
