#case
//#include "c:\picc\examples\16F84.H"
#include "C:\Program Files\PICC\Devices\16f88.h"
// Configure PIC to use: HS clock, no Watchdog Timer, 
// no code protection, enable Power Up Timer
//
//#fuses HS,NOWDT,NOPROTECT,PUT
#fuses INTRC_IO,NOWDT,NOPROTECT,PUT, NOLVP, MCLR, NODEBUG, NOFCMEN, NOIESO

#DEVICE ADC=10 // Returns a long 0-FFC0 use  10bit  resolution for the ADC

// Tell compiler clock is 8MHz.  This is required for delay_ms()
// and for all serial I/O (such as printf(...).  These functions
// use software delay loops, so the compiler needs to know the
// processor speed.
//
//#use DELAY(clock=10000000)
#use delay (clock=8000000)

// Declare that we'll manually establish the data direction of
// each I/O pin on port B.
//
#use fast_io(B)

// Standard definitions for the irx2_1 board
//
#define RS232_XMT       PIN_B1  // (output) RS232 serial transmit
#define RS232_RCV       PIN_B5  // (input) RS232 serial receive
#define SWITCH_ONE      PIN_B6  // (input) NO
#define SWITCH_TWO      PIN_B7  // (input) NO
#define RED_LED         PIN_B3  // (output) Red LED (low true)
#define BLUE_LED        PIN_B4  // (output) Red LED (low true)

//#use rs232(baud=9600, xmit=RS232_XMT, rcv=RS232_RCV)

// Macros to simplify I/O operations
//
#define RED_LED_ON      output_low(RED_LED)
#define RED_LED_OFF     output_high(RED_LED)
#define BLUE_LED_ON      output_low(BLUE_LED)
#define BLUE_LED_OFF     output_high(BLUE_LED)

// Default tri-state port direction bits: all PORT B bits are
// output except for IR_SENSOR (bit 4) and RC232_RCV (bit 5).
//
#define IRX_B_TRIS      0b11000000
//#define IRX_A_TRIS      0b00000000

void main() 

{

 float adc_value, volts_read;
 int delay_time;
  // since we've declared #use fast_io(B) (above), we MUST 
  // include a call to set_tris_b() at startup.
  // 
  set_tris_b(IRX_B_TRIS);
//  set_tris_a(IRX_A_TRIS);


  setup_adc_ports(sAN0 | sAN1 | VSS_VDD);
  setup_adc(ADC_CLOCK_DIV_64);
  set_adc_channel(0);

// int  num;

  RED_LED_ON;
  delay_ms(500);
  RED_LED_OFF;
  delay_ms(500);

while(TRUE){


while( (input(SWITCH_ONE) && input(SWITCH_TWO)) ){    // Blink LED's while there is no switch pressed
	  RED_LED_ON;
      delay_ms(200);
	  RED_LED_OFF;
	  delay_ms(200);
	  BLUE_LED_ON;
      delay_ms(200);
	  BLUE_LED_OFF;
	  delay_ms(200);
	  	  
	  }


	if( !(input(SWITCH_ONE) || input(SWITCH_TWO)) ) {  	//if Both Switches pressed...
	 delay_cycles(255);							   	   	//the blinking rate is controlled by the voltage applied to PIN_0.
	 adc_value = read_adc() ;						   	//if PIN_A0 is connected to ground-->lights should blink really fast
	 volts_read = ( (adc_value*4.995117)/1024);	   	   	//if PIN_A0 is connected to 5v --> light should blink slower
	 delay_time = (int)(volts_read*200); //from 0ms to 1000ms
	 RED_LED_ON;
	 delay_ms(delay_time);
	 RED_LED_OFF;
	 delay_ms(delay_time);
	 BLUE_LED_ON;
	 delay_ms(delay_time);
	 BLUE_LED_OFF;
	 delay_ms(delay_time);
	
	}   	
	else if( !input(SWITCH_ONE) ) {				//Only SWITCH pressed
	  RED_LED_ON;
      delay_ms(200);
	  RED_LED_OFF;
	  delay_ms(200);
		}
	else {								//Only  SWITCH_TWO pressed
		BLUE_LED_ON;
		delay_ms(200);
		BLUE_LED_OFF;
		delay_ms(200);	
	   }
   } //  Repeat main while forever

}