//Define values to be used in the seconds counter
//Using 10MHz clock the value is 2.5MHz -> 0x2625A0 split into 3 bytes
#define COUNTH 0x26
#define COUNTM 0x25
#define COUNTL 0xA0

//Sensor 1200 pulses = 1Litre  value to be loaded into Compare Timer register
#define SENSH 0x04
#define SENSL 0xB0

//No. of events
#define MAX_EV 7

//maximum hours for sprinkling. Define must be one more than actual hours 
#define MAX_ONH 5

// Bit No. for solenoid/relay output + on led
#define SOLENOID 0x08
#define LED      0x20 
//#define BUZZER 	 0x20
#define OUTPUT PORTA

void setup();
void dotime();
void clock(unsigned char sec);
void EventOnTime();
//void Display(unsigned char disp);
void Display();
void LZero(char digit,char*st);
void Usage();
void AddCost();
void FirstBoot(unsigned char addr,unsigned char structsize);
void WriteData(unsigned char addr,unsigned char *data,unsigned char structsize);


//24 bit register required split into High,Mid,Low byte
unsigned char TickHigh,TickMid,TickLow,sec; 
 char min,hour;
 char line;


struct Time
{
   unsigned char Hours;
   unsigned char Mins;
   unsigned char Day;
   unsigned char PeriodH;
   unsigned char PeriodM;
};
  Time Event[MAX_EV];
  Time *pEvent;
 
struct TotalsList
{
   unsigned char CostMSD;
   unsigned char CostLSD;
   unsigned char TotalLSD;
   unsigned int  TotalMSD;
   unsigned char TenLt;
   unsigned char HunLt;
   unsigned int  Klt;
};

 TotalsList Totals;
 unsigned char *pTotals; 
   
enum EventFlags{DispE=0x07,Tmr1E=0x06,Tmr2=0x05,Tmr0=0x04,ChckE=0x02,KeyE=0x01};	

struct SysFlags
{BYTE NOFLG:1;
 BYTE KeyE:1;
 BYTE ChckE:1;
 BYTE NOFLG:1;
 BYTE Tmr0:1;
 BYTE Tmr2:1;
 BYTE Tmr1E:1;
 BYTE DispE:1;};
 
 SysFlags SysFlag;
    
unsigned char *Day[7]=
 {
  "Mon ","Tue ","Wed ","Thu ","Fri ","Sat ","Sun "
 };

      //   spaces      2        9               
 const unsigned char *Padd[]={"  "};
 
 unsigned char sep=':';
 unsigned char Dy,z,disptype;