/**
* Hardware setup
*/
void setup(void)
{
Glcd_Init(); // Initialize GLCD
Glcd_Fill(0x00); // Clear GLCD
SREG_I_bit = 1; // Global interrupts enable
UART1_Init(9600); // UART 1 baudrate
UCSR0B = UCSR0B | 0b10000000; // Enable RX interrupt
}
void main(void)
{
int an3now;
int an3max = 0;
char key;
char eepromloc = 0;
int eepromval;
int eeprommax;
char graphclear = 1;
Glcd_Init();
Sm_Glcd_Out2(57, 67, "H.S.B V1.0");
Sm_Glcd_Out2(51, 1, "AN3:");
Sm_Glcd_Out2(37, 1, "ROM:");
Sm_Glcd_Out2(0, 1, "MIN");
Sm_Glcd_Out2(10, 1, "MAX");
Sm_Glcd_Out2(20, 1, "MEAN");
//Lines for graph
Glcd_H_Line(62, 126, 32, 1);
Glcd_V_Line(0,32,62,1);
ADCON1 = 0;
eepromval = getAn3(eepromloc);
showEepromval(eepromval,eeprommax);
an3now = ADC_Read(3);
intOut(26, 51, an3now);
while(1)
{
an3max = an3now;
eeprommax = eepromval;
an3now = ADC_Read(3);
key = scanKeypad();
if(key == 1) //store an3 value
{
storeAn3(eepromloc, an3now);
eepromval = an3now;
}
if(key == 2) //switch eeprom bank and return value
{
if(eepromloc == 0) eepromloc = 16;
else if(eepromloc == 16) eepromloc = 32;
else if(eepromloc == 32) eepromloc = 0;
eepromval = getan3(eepromloc);
}
if(key == 4 && graphclear == 1) //run graph if it is clear
{
graphclear = 0;
runGraph();
}
if(key == 5 && graphclear == 0) //clear graph if it has been run
{
graphclear = 1;
resetGraph();
}
key = 0;
if(an3now != an3max)
{
intOut(26, 51, an3now);
printBar(0, 59, an3now, an3max);
}
showEepromval(eepromval, eeprommax);
}
}
