/////////////////////////////////////////////////////////////////////////
////                          Prescaler.c                            ////
////                             v2.0                                ////
////                       (Multi)prescaler                          ////
////                    By EB4EQA, 06 Jan 2009                       ////
/////////////////////////////////////////////////////////////////////////
////                                                                 ////
////                          ____   ____                            ////
////                     VDD |1    V    8| VSS                       ////
////        10Mhz ->   CLKIN |2         7| GP0 -> 1Khz               ////
////         N.C. <-     GP4 |3         6| GP1 -> 10Khz (-90º)       ////
////         N.C. <-     GP3 |4         5| GP2 -> 10Khz              ////
////                          -----------                            ////
////                                                                 ////
/////////////////////////////////////////////////////////////////////////


#include <12F675.h>
#fuses EC_IO,NOWDT,NOPROTECT,NOMCLR

#use delay(clock=10000000)
#use fast_io(A)

void main() {

   SET_TRIS_a(0b11111000); 

   while (TRUE) {             	// main loop loops at 1Khz rate

      output_a(0b11111111);		// STOPWATCH: 000.0mS
      delay_cycles(60);
	  output_a(0b11111101);   	// STOPWATCH: 025.2mS
	  delay_cycles(60);
      output_a(0b11111001);		// STOPWATCH: 050.0mS
      delay_cycles(60);
	  output_a(0b11111011);		// STOPWATCH: 074.8mS
	  delay_cycles(61);
      output_a(0b11111111);     // STOPWATCH: 100.0mS
      delay_cycles(60);
	  output_a(0b11111101);		// STOPWATCH: 124.8mS
	  delay_cycles(61);
      output_a(0b11111001);		// STOPWATCH: 150.0mS
      delay_cycles(60);
	  output_a(0b11111011);		// STOPWATCH: 174.8mS
	  delay_cycles(61);
      output_a(0b11111111);     // STOPWATCH: 200.0mS
      delay_cycles(60);
	  output_a(0b11111101);		// STOPWATCH: 224.8mS
	  delay_cycles(61);
      output_a(0b11111001);		// STOPWATCH: 250.0mS
      delay_cycles(60);
	  output_a(0b11111011);		// STOPWATCH: 274.8mS
	  delay_cycles(61);
      output_a(0b11111111);		// STOPWATCH: 300.0mS
      delay_cycles(60);
	  output_a(0b11111101);		// STOPWATCH: 324.8mS
	  delay_cycles(61);
      output_a(0b11111001);		// STOPWATCH: 350.0mS
      delay_cycles(60);
	  output_a(0b11111011);		// STOPWATCH: 374.8mS
	  delay_cycles(61);
      output_a(0b11111111);		// STOPWATCH: 400.0mS
      delay_cycles(60);
	  output_a(0b11111101);		// STOPWATCH: 424.8mS
	  delay_cycles(61);
      output_a(0b11111001);		// STOPWATCH: 450.0mS
	  delay_cycles(61);
      output_a(0b11111011);		// STOPWATCH: 475.2mS
      delay_cycles(60);
	  output_a(0b11111110);		// STOPWATCH: 500.0mS
      delay_cycles(60);
	  output_a(0b11111100);   	// STOPWATCH: 524.8mS
	  delay_cycles(61);
      output_a(0b11111000);		// STOPWATCH: 550.0mS
      delay_cycles(60);
	  output_a(0b11111010);		// STOPWATCH: 574.8mS
	  delay_cycles(61);
      output_a(0b11111110);     // STOPWATCH: 600.0mS
      delay_cycles(60);
	  output_a(0b11111100);		// STOPWATCH: 624.8mS
	  delay_cycles(61);
      output_a(0b11111000);		// STOPWATCH: 650.0mS
      delay_cycles(60);
	  output_a(0b11111010);		// STOPWATCH: 674.8mS
	  delay_cycles(61);
      output_a(0b11111110);     // STOPWATCH: 700.0mS
      delay_cycles(60);
	  output_a(0b11111100);		// STOPWATCH: 724.8mS
	  delay_cycles(61);
      output_a(0b11111000);		// STOPWATCH: 750.0mS
      delay_cycles(60);
	  output_a(0b11111010);		// STOPWATCH: 774.8mS
	  delay_cycles(61);
      output_a(0b11111110);		// STOPWATCH: 80.00mS
      delay_cycles(60);
	  output_a(0b11111100);		// STOPWATCH: 824.8mS
	  delay_cycles(61);
      output_a(0b11111000);		// STOPWATCH: 850.0mS
      delay_cycles(60);
	  output_a(0b11111010);		// STOPWATCH: 874.8mS
	  delay_cycles(61);
      output_a(0b11111110);		// STOPWATCH: 900.0mS
      delay_cycles(60);
	  output_a(0b11111100);		// STOPWATCH: 924.8mS
	  delay_cycles(61);
      output_a(0b11111000);		// STOPWATCH: 950.0mS
	  delay_cycles(61);
      output_a(0b11111010);		// STOPWATCH: 975.2mS
      delay_cycles(57);
   };
}