Курсовая работа: Устройство управления системой измерения веса

#define Dig0 SegA + SegB + SegC + SegD + SegE + SegF + 0

#define Dig1 0 + SegB + SegC + 0 + 0 + 0 + 0

#define Dig2 SegA + SegB + 0 + SegD + SegE + 0 + SegG

#define Dig3 SegA + SegB + SegC + SegD + 0 + 0 + SegG

#define Dig4 0 + SegB + SegC + 0 + 0 + SegF + SegG

#define Dig5 SegA + 0 + SegC + SegD + 0 + SegF + SegG

#define Dig6 SegA + 0 + SegC + SegD + SegE + SegF + SegG

#define Dig7 SegA + SegB + SegC + 0 + 0 + 0 + 0

#define Dig8 SegA + SegB + SegC + SegD + SegE + SegF + SegG

#define Dig9 SegA + SegB + SegC + SegD + 0 + SegF + SegG

#define DigMinus SegA + SegB + SegC + SegD + 0 + SegF + SegG

#define PositionPort PORTD

#define Position0 0

#define Position1 1

#define Position2 2

#define Position3 3

#define AllDigitsOFF 4

#define DigitNmb = [254, 253, 251, 247]

//== Global Variables =========================

unsigned char BufSeg[4];

unsigned char BufBCD[4];

void Bin2BCD_4Digit (unsigned int data);

//== Convert binary char into 7 Segment Code =============

unsigned char Bin2Seg (unsigned char data)

{

switch(data)

{

case 0: return Dig0;

case 1: return Dig1;