int main ()
{
adc_request_t ADC1, ADC2, ADC3;
adc_init();
VT100_clr();
USART0_init(9600);
Timer0_pwm_init(0);
Timer1_pwm_init(0);
Timer2_pwm_init(0);
enable_int();
adc_request_init(&ADC1, 'R', 0);
adc_request_init(&ADC2, 'B', 1);
adc_request_init(&ADC3, 'G', 2);
while (1)
{
adc_request_start(&ADC1);
adc_request_start(&ADC2);
adc_request_start(&ADC3);
if ( adc_request_complete(&ADC1) ) consume_adc_data('R', adc_request_data(&ADC1));
if ( adc_request_complete(&ADC2) ) consume_adc_data('B', adc_request_data(&ADC2));
if ( adc_request_complete(&ADC3) ) consume_adc_data('G', adc_request_data(&ADC3));
adc_process();
}
return 0;
}
int main(void)
{
init();
adc_init();
lcd_init();
while(1)
{
// run lcd update every 1 sec
if(!lcd_tick)
{
lcd_screen(time_s,n,f,r,s,h,w,overtime);
PORTB = PORTB^0x2; // flip led
}
// do adc data processing if there's new data
if(adc_flag && (!overtime))
{
adc_process(adc_array);
adc_flag = 0;
}
}
}
