void Soak(int day, int hour, int min)
{
if(Soak_Drain == 0 || soak_time_cur == NULL)
{
}
else if(Soak_Drain == 1) // for Soak
{
if(soak_time_cur->start_hour == hour && soak_time_cur->start_min == min)
{
Motor_On();
Delay(30000);
Motor_Off();
Soak_Drain = 2; // as soon as it starts to soak, Soak_Drain change to 2
}
else if(soak_time_end_hour == hour && soak_time_end_min == min)
{
Motor_On();
Delay(20000);
Motor_Off();
Soak_Drain = 0;
}
}
else if(Soak_Drain == 2) // for Drain
{
if(soak_time_cur->end_hour == hour && soak_time_cur->end_min == min)
{
Motor_On();
Delay(20000);
Motor_Off();
Soak_Drain = 1; // as soon as it starts to drain, Soak_Drain change to 1
soak_time_cur = soak_time_cur->next;
}
else if(soak_time_end_hour == hour && soak_time_end_min == min)
{
Motor_On();
Delay(30000);
Motor_Off();
Soak_Drain = 0;
}
}
}
void ADC_Task(void *parg)
{
u16 value[3];
u16 arg;
float v;
u16 G;
u16 n;
(void)parg;
for(;;)
{
value[0]=Get_ADC();//读到的AD值
value[1]=Get_ADC();
value[2]=Get_ADC();
arg=(value[0]+value[1]+value[2])/3;
v=(arg*5000)/65535;//转换成电压
G=(u16)(v/VPG);//计算重量，单位克，分辨率1g
if(G==0)
{
Motor_On(1);//开启强振电机
Motor_On(2);//开启弱振电机
}
else
{
if(G>=VALUE1)//前置重量
{
Motor_Off(1);//关闭强振电机
if(G==VALUE2*0.99)//即将达到设定值
{
Motor_Off(2);//关闭弱振电机
n++;
prog2.per=n/VALUE3;
LCD_DrawProg(prog2);
}
}
prog1.per=G/VALUE2;
LCD_DrawProg(prog1);
}
OSTimeDlyHMSM(0,0,0,250);
}
}
void Water(int day, int hour, int min, int sec)
{
if(water_time_cur->start_hour == hour && water_time_cur->start_min == min && water_time_cur->start_sec == sec)
{
Motor_On();
}
else if(water_time_cur->end_hour == hour && water_time_cur->end_min == min && water_time_cur->end_sec == sec)
{
Motor_Off();
if(water_time_cur->next == NULL)
{
water_time_cur = water_time_head;
}
else
{
water_time_cur = water_time_cur->next;
}
}
}
