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funkcions.ino
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funkcions.ino
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int stovkyF(int temperature)
{
int stovkyF;
stovkyF = (temperature - jednotky(temperature))/100;
return stovkyF;
}
int desiatky(int temperature)
{
int desiatky;
desiatky = (temperature - jednotky(temperature))/10;
return desiatky;
}
int desiatkyF(int temperature)
{
int desiatkyF;
desiatkyF = (temperature/10)%10;
return desiatkyF;
}
int jednotky(int temperature)
{
int jednotky;
jednotky = temperature%10;
return jednotky;
}
int jednotkyF(int temperature)
{
int jednotkyF;
jednotkyF = (temperature - (stovkyF(temperature))*100)-(desiatkyF(temperature)*10);
return jednotkyF;
}
int desatiny(float temperature)
{
int desatiny;
int teplota;
teplota = (temperature*10);
desatiny = teplota - (desiatky(temperature)*100) - (jednotky(temperature)*10);
return desatiny;
}
void tempC(float temperature)
{
if (temperature>0 && temperature<86 )
{
cislo(desiatky(temperature));
delay(500);
cislo(10);
delay(200);
cislo(jednotky(temperature));
delay(500);
cislo(14);
delay(500);
cislo(desatiny(temperature));
delay(500);
cislo(11);
delay(500);
}
else if(temperature==0)
{
cislo(0);
delay(500);
cislo(10);
delay(500);
cislo(11);
delay(500);
cislo(10);
delay(500);
cislo(10);
}
else if (temperature>-100 && temperature<0)
{
}
else
{
cislo(12);
delay(500);
cislo(10);
delay(500);
}
}
void tempF(float temperature)
{
if (temperature>0 && temperature<186 )
{
if (temperature>99){
cislo(stovkyF(temperature));
delay(500);
cislo(10);
delay(200);
cislo(desiatkyF(temperature));
delay(500);
cislo(10);
delay(200);
cislo(jednotkyF(temperature));
delay(500);
cislo(15);
delay(500);
}
else
{
cislo(desiatky(temperature));
delay(500);
cislo(10);
delay(200);
cislo(jednotky(temperature));
delay(500);
cislo(15);
delay(500);
}
}
else if(temperature==0)
{
cislo(0);
delay(500);
cislo(10);
delay(500);
cislo(11);
delay(500);
cislo(10);
}
else
{
cislo(12);
delay(500);
cislo(10);
delay(500);
}
}
void cislo(int x)
{
digitalWrite(latch, LOW);
for (int i = 7; i>=0; i--)
{
digitalWrite(clock, LOW);
digitalWrite(data, znaky[x][i] );
digitalWrite(clock, HIGH);
}
digitalWrite(latch, HIGH);
}
int BTN()
{
int state = digitalRead(button);
delay(100);
return state;
}
void menu()
{
state = 11;
while (1==1)
{
if(counter>21){break;}
else
{
cislo(state);
if (BTN()==0)
{
counter+=1;
if (state==11)
{
state=15;
}
else if (state=15)
{
state=11;
}
delay(50);
}
else
{
counter = 0;
}
}
}
}