/****MAIN****/
int main(void)
{
PORTINIT();
/***INICIALIZE OBJECTS***/
FUNC function = FUNCenable();
LCD0 lcd0 = LCD0enable(&DDRA,&PINA,&PORTA);
ANALOG analog = ANALOGenable(1, 128, 1, 0); // channel 0 for position
TIMER_COUNTER0 timer0 = TIMER_COUNTER0enable(2,2); // for clock
TIMER_COUNTER1 timer1 = TIMER_COUNTER1enable(9,0); // PWM positioning
relogio=CLOCKenable(12,0,0);
LFSM lfsm=LFSMenable(memory,128);
//lfsm.input_inic(&lfsm,PINB);
/******/
lfsm.inic(&lfsm,PINB,0);
int adcvalue;
uint8_t alarm;
char value[9];
/***Parameters timers***/
timer0.compare(249);
timer1.compoutmodeB(2);
timer1.compareA(20000);
timer1.start(8);
timer0.start(64);
/**********/
while(TRUE){
//PREAMBLE
lcd0.reboot();
//TODO:: Please write your application code
lcd0.gotoxy(0,0);
lcd0.string(relogio.show());
lcd0.gotoxy(9,0);
alarm=relogio.alarm(12,1,0);
function.itoa(alarm,value);
lcd0.string(value);
lcd0.gotoxy(12,0);
function.itoa(PINB,value);
lcd0.string(value);
if(!alarm){
lcd0.gotoxy(0,1);
lcd0.string(relogio.show());
}else{
lcd0.gotoxy(0,1);
lcd0.string("Alarm");
}
lcd0.gotoxy(9,1);
function.itoa(lfsm.read(&lfsm,PINB),value);
lcd0.string(value);
lcd0.gotoxy(12,1);
function.itoa(lfsm.read_input(&lfsm),value);
lcd0.string(value);
}
}
/****MAIN****/
int main(void)
{
PORTINIT();
/***INICIALIZE OBJECTS***/
FUNC function= FUNCenable();
LCD0 lcd0 = LCD0enable(&DDRA,&PINA,&PORTA);
MM74C923 keypad = MM74C923enable(&DDRC,&PINC,&PORTC);
ANALOG analog = ANALOGenable(1, 128, 1, 0); // channel 0 for position
TIMER_COUNTER0 timer0 = TIMER_COUNTER0enable(2,2); // for clock
TIMER_COUNTER1 timer1 = TIMER_COUNTER1enable(9,0); // PWM positioning
relogio=CLOCKenable(12,0,0);
/******/
char Mode='1';
char keytmp[8];
char analogtmp[8];
char keychar;
int adcvalue;
uint8_t step=0;
/***Parameters timers***/
timer0.compare(249);
timer1.compoutmodeB(2);
timer1.compareA(20000);
timer1.start(8);
timer0.start(64);
/**********/
while(TRUE){
//PREAMBLE
lcd0.reboot();
keypad.activate();
//TODO:: Please write your application code
switch(Mode){
case '1':
lcd0.gotoxy(0,0);
lcd0.string_size(keypad.gets(),5);
if(!strcmp(keypad.data(),""));
else
strcpy(keytmp,keypad.data());
timer1.compareB(function.trimmer(function.strToInt(keytmp),0,180,450,2450));
break;
case '2':
lcd0.gotoxy(0,0);
adcvalue=analog.read(0);
function.itoa(adcvalue,analogtmp);
lcd0.string_size(analogtmp,5);
timer1.compareB(function.trimmer(adcvalue,0,1023,450,2450));
break;
default:
lcd0.gotoxy(0,0);
lcd0.string_size(keypad.gets(),5);
if(!strcmp(keypad.data(),""));
else
strcpy(keytmp,keypad.data());
timer1.compareB(function.trimmer(function.strToInt(keytmp),0,1023,450,2450));
break;
};
lcd0.hspace(3);
lcd0.string(relogio.show());
/***Menu***/
keychar=keypad.getch();
switch(step){
case 0:
lcd0.gotoxy(0,1);
lcd0.string_size("Menu -> R+1",12);
lcd0.hspace(4);
switch(keychar){
case 'Q':
step=1;
break;
};
break;
case 1:
lcd0.gotoxy(0,1);
lcd0.string_size("M-1 | A-2 | T-3",15);
lcd0.hspace(1);
switch(keychar){
case '1':
Mode='1';
step=0;
keypad.data_clear();
break;
case '2':
Mode='2';
step=0;
keypad.data_clear();
break;
case '3':
step=2;
break;
};
break;
case 2:
step=0;
keypad.data_clear();
break;
};
}
}
