View difference between Paste ID: MMBTp49Y and mZGS1Svz

 /*************************************************************************/
 /*  Program testowy dla obiektu X oprogamowania SPSym                    */
 /*************************************************************************/
 #include "spsym.h"         	// Pomocnicze funkcje i deklaracje
 #include <stdio.h>         	// Stadnardowe I/O
 #include <conio.h>
 
 // --- Makrodefinicje dla obiektu X ---
 #define T  X8
 #define Z1 Y1
 #define Z2 Y2
 #define Z3 Y3
 #define Z4 Y4
 #define Z5 Y5
 #define M  Y6
 #define G1 Y7
 
 // --- Zmienne użytkownika ---
 int timsec = 0;
 int licz=0;                	// Licznik przerwań
 
 //TIMERY
 char counterBeeps, counterTimer = 0;
 int timTime = 3000;
 
 //ZMIENNE ODPOWIEDZIALNE ZA OTWARCIE/ZAMKNIECIE DRZWICZEK
 char door = 0, workMode = 1, pause = 0;
 char work = 0;
 
 //ZMIENNE ODPOWIEDZIALNE ZA CZAS I TRYBY
 char helpmodevar = 1;
 char chosenMode = 1;
 char viewingChosenMode = 1;
 char counterViewingChosenMode;
 char timeMode = 1;
 char timeViewMode = 1;
 char viewingTime = 1;
 char timeShowingMode = 1;
 char counterTimerBeeps;
 
 //ZMIENNE ODP ZA WYSWIETLANIE NAPISOW
 const char *text0 = "DOOR";
 const char *text1 = "FROZEN";
 const char *text2 = "WARMING";
 const char *text3 = "GRILL";
 const char *text4 = "BOILING";
 const char *text5 = "SERVICE";
 const char *text;
 const char *p = "NO";
 
 
 //ZMIENNE ODPOWIEDZIALNE ZA STEROWANIE MOCA
 int powerMode = 1;
 char timPower, power1, power0;
 int power = 0;
 char powerAdjusting = 1;
 
 char timeshowing2 = 1;
 
 void prolog(void)
 {
     L1=L2=L3=L4=L5=0;
 }
 
 void oblicz(void)
 {
 
 pK1=aK1; pK2=aK2; pK3=aK3; pK4=aK4;
 pK5=aK5; pK6=aK6; pK7=aK7; pK8=aK8;
 
 power1 = (int)(power*25)/1000;
 power0 = 5 - power1/1000;
 
 
 //OTWARCIE/ZAMKNIECIE DRZWICZEK
 if(!work && !door && pK1) {door = 1; L1=1;
 viewingChosenMode=0; timeMode=0; workMode = 0;}
 else if(!work && door && pK1 && L1 == 1) {door = 0; L1=0;
 viewingChosenMode=1; timeMode=1; powerMode=1; workMode = helpmodevar; }
 
 
 //TRYB PRACY MIKROFALOWKI
 //ODMRAZANIE
 //GRZANIE
 //GRILLOWANIE
 //GOTOWANIE
 //CZYSZCZENIE SPRZĘTU
 if(!work)
 {
 	switch(chosenMode)
 	{
 		case 1:
 		{
 			if(pK2 && door == 0 && workMode >=1 && workMode <=5) chosenMode = 2;
 		}
 		break;
 		case 2:
 		{
 			if(!pK2 && door == 0 && workMode <=5)
 			{
 				chosenMode = 1;
 				workMode++;
 				helpmodevar = workMode;
 				if(workMode > 5) {workMode = 1; helpmodevar = 1;}
 			}
 
 		}
 		break;
 	}
 }
 
 //NAPISY
 if(workMode == 0)text = text0;
 else if(workMode == 1)text = text1;
 else if (workMode == 2)text = text2;
 else if (workMode == 3)text = text3;
 else if (workMode == 4)text = text4;
 else if (workMode == 5)text = text5;
 
 //WYSWIETLANIE WYBRANEGO TRYBU PRACY MIKROFALOWKI
 switch(viewingChosenMode)
     {
     case 0: L2=0;
     break;
     case 1:
     {
         L2 = 0;
         counterViewingChosenMode = workMode;
         if(counterViewingChosenMode)
         {
             counterBeeps = 2;
             viewingChosenMode = 2;
         }
         else L2 = 1;
     }
         break;
     case 2:
     {
         L2 = 1;
         if(!counterBeeps && counterViewingChosenMode > 1)
         {viewingChosenMode = 3; counterBeeps = 2;
         counterViewingChosenMode--;}
         else if(!counterBeeps && counterViewingChosenMode == 1)
         {viewingChosenMode = 3; counterBeeps = 15;
         counterViewingChosenMode--;}
     }
         break;
     case 3:
     {
         L2 = 0;
         if(!counterBeeps && counterViewingChosenMode)
         {viewingChosenMode = 2; counterBeeps = 2;}
         else if(!counterBeeps && !counterViewingChosenMode)
         viewingChosenMode = 1;
     }
         break;
  }
 
 //USTAWIENIA CZASU
 switch(timeMode)
 {
 	case 1:
 		if(aK6 && timTime>0) {timTime=timTime-10;}
 		else if(aK6 && timTime==0);
 		else if(aK7 && timTime<3000) {timTime=timTime+10;}
 		else if(aK7 && timTime==3000);
 		break;
 }
 
 //USTAWIENIE SYGNALIZACJI DIOD DLA CZASU
 switch(timeViewMode)
 {
 case 1:
 		{
 			if(pK6 && door == 0) {timeViewMode = 2; L6=1;}
 			else if(pK7 && door == 0) {timeViewMode = 3; L7=1;}
 		}
 		break;
 case 2:
 		{
 			if(!pK6 && work == 0)
 			{
 				timeViewMode = 1;
 				L6=0;
 			}
 			else if(work == 1) L6=1;
 		}
 		break;
 case 3:
 		{
 			if(!pK7 && work == 0)
 			{
 				timeViewMode = 1;
 				L7=0;
 			}
 			else if(work == 1) L7=1;
 		}
 		break;
 }
 
 
  //ZMIANA MOCY MIKROFALOWKI
 
  switch(powerAdjusting)
 	{
 		case 1:
 		{
 			if(pK4) powerAdjusting = 2;
 			else if(pK3) powerAdjusting = 3;
 		}
 		break;
 		case 2:
 		{
 			if(!pK4 && L5 == 0)
 			{
 				powerAdjusting = 1;
 				power+=100.00;
  				if(power>1000) power = 0;
 			}
 		}
 		break;
 		case 3:
 		{
 			if(!pK3 && L5 == 0)
 			{
 				powerAdjusting = 1;
 				power-=100.00;
 				if(power<0) power = 0;
 			}
 		}
 		break;
 	}
 
 // USTAWIENIE MOCY
 // WSPOLCZYNNIK WYPELNIENIA
 switch(powerMode)
     {
     case 1:
     {
         L4 = 0; L3=0;
         timPower = power1;
         if(power) powerMode = 2;
         else powerMode = 4;
     }
         break;
     case 2:
     {
         L4 = 1; L3 = 1;
         if(!timPower && power < 1000.00)
         {powerMode = 3; timPower = power0;}
         else if(!power) powerMode = 4;
     }
         break;
     case 3:
     {
         L4 = 0; L3 = 0;
         if(!timPower && power > 0)
         {powerMode = 2; timPower = power1;}
         else if(!power) powerMode = 5;
     }
         break;
     case 4:
     {
     	L4 = 0; L3 = 0;
     	if(power) {powerMode = 3; timPower = power0;}
     	else powerMode = 5;
     }
     break;
     case 5:
     {
     	L4 = 1; L3 = 1;
     	if(power) {powerMode = 3; timPower = power0;}
     	else powerMode = 4;
     }
     break;
     }
 
 //PRACA MIKROFALOWKI
 if(door == 0 && pK5 && work==0 && timTime > 0 && power != 0)
 {work=1; door = 0;
 timeMode=0; p="ON"; L5=1; L6=1; L7=1;}
 else if( pK5 && work==1)
 {L5 = 0; work=0; viewingChosenMode=1; timeMode=1;
 powerMode=1; p="P"; L6=0; L7=0;}
 else if( timTime == 0 && work==1)
 {L5 = 0; work=0; viewingChosenMode=1; timeMode=1;
 powerMode=1; power=0; workMode=1; p="NO"; L6=0; L7=0;}
 
 
 if(counterBeeps) --counterBeeps;
 if(timTime && work) --timTime;
 if(timPower) --timPower;
 
 sprintf(buf,"Time:%d   Power:%d               ",
 (int)timTime/10, (int)power);
 LCD_xy(1,1); LCD_puts(buf);
 sprintf(buf,"Mode:0%d   %s %s  ",
 (int)workMode, text, p);
 LCD_xy(1,2); LCD_puts(buf);
 
 }
 
 
 void przerwanie(void)
 {
 }
 
 void komunikacja(void)
 {}
 
 #ifdef Symulator_PC
 void wykres(void)
 {
     aTab[0] = (int)(AI[0]/10.0);
     aTab[1] = (int)(AI[1]/5.0);
     aTab[2] = AI[7];
     aTab[3] = (int)(licz/100.0);
     aTab[4] = AO[0];
     aTab[5] = AO[7];
     aTab[6] = -120;
     aTab[7] =  120;
     bTab[0] = (int)aK1;
     bTab[1] = (int)aK2;
     bTab[2] = (int)aK3;
     bTab[3] = (int)aK4;
     bTab[4] = (int)L1;
     bTab[5] = (int)L2;
     bTab[6] = (int)L3;
     bTab[7] = (int)L4;
     bTab[8] = (int)L5;
     bTab[9] = (int)L6;
     bTab[10] = (int)L7;
     //bTab[11] = 11;
     bTab[12] = 12;
     bTab[13] = 13;
     bTab[14] = 14;
     bTab[15] = 15;
 }
 #endif