// rev 09-12-2023
//.etc...
//  rev 19/04/2024
    
/* dans le main.c
const char Libelles_Menus_10[13] [7] =
{ //rev 12-04-2024
{"CFTcsg"}, // menu 10.1
{"ECOcsg"},
{"HGLcsg"},
{"INTcor"},// menu 10.2
{"NRGind"},
{"NRGcor"},
{"CHDmin"},// menu 10.3
{"CHDmax"},
{"EXTmin"},
{"INThys"},// menu 10.4
{"EXThys"},
{"EAUhys"},
{"      "} //efface
};
  */
 //  en remplacement de CRam1 dans le traitement des Menus10.1 à 10.4
 //char Ram_Menu10[64];    
 
    
void Test_Sortie_via_SW0()
{
    if( Etats_BP==SW0 && Duree_Appui>1000) //SW0
   {
     Etats_BP=0;
     Etats_IOCBF=0;
    Restart_Timeout();
    SPas=0;
    MPas=0;
    Menu=0;
    CPrint(" Sortie via SW0>1sec\r\n");
   }
}     

void Sortie_Menu10(void)  // parametre P=MPas
{  
       CPrint(" Sortie Menu sur SW0 ou TimeOut\r\n");
   //    PrintChar(MPas-1+48); // MPas -1 car liste commmence à indice 0 !
  //     CRLF1();
  if (TMR0IF == 1) 
   {
       Menu=0;
       MPas=0; 
   } 
    else
    {
        if(SPas>0)  
        {
            Menu=0;
            MPas=0;
        }
        if (SPas==0) 
        {
           
	    if (Duree_Appui>1000)
           {   MPas=0;
               Menu=0;
	     CPrint(" Retour Menu=0\r\n");
            }
            else
            {  
		   MPas=MPas+1;  
                // rev 12-04-2024  4 menus au lieu de 7
		if (MPas>4) MPas=1; 
		CPrint(" Boucle sur Menu10.");
		PrintChar(MPas+48);
		  CRLF1();
            } 
        }
    }
     __delay_ms(100);
     Etats_BP=0;
     SPas=0;
     IOCBF=0;
}    
     
void Clignote_Selection(int Mx)
{   // menu10.1  numero de menu=1  (1-1)*3 +(SPas-2) = 0 (avec SPas=2)
    // menu10.2  numero de menu=2 (2-1)*3 +(SPas-2) = 3 (avec SPas=2)
    // menu10.3  numero de menu=3 (3-1)*3 + (SPas-2) = 6 (avec SPas=2)
    // menu10.4  numero de menu=4 (4-1)*3 +(SPas-2) = 9 (avec SPas=2)   
	int k1=0;
	//pour debugging
	//PrintChar('M');PrintChar('x');
	//PrintChar((Mx/10)+48);
	//PrintChar((Mx%10)+48);
	LCD_Write_CText_At(SPas,1,Libelles_Menus_10[12]); // efface
	 __delay_ms(300);
	k1=(Mx-1)*3 + (SPas-2); // indice dans la table
	LCD_Write_CText_At(SPas,1,Libelles_Menus_10[k1]);
	//pour debugging
	//PrintChar('C');PrintChar('S');
	//PrintChar((k1/10)+48);
	//PrintChar((k1%10)+48);
	//CRLF1();
	__delay_ms(400);

}
	
void Rafraichit_Ligne_Menu_LCD(char D)
{
     Print(Ram_Menus10);
     CRLF1();
     *(Ram_Menus10+8+D)=7;
    LCD_Write_Text_At(SPas,1,Ram_Menus10);
  }
	
    
void  MENU10_1_CONSIGNES(void)
 { // rev  07-04-2024
     // float Fm1,Fm2,Fm2defined as global variables
     int kx=0;
    unsigned char Step;
  Debut_1:  
    Step=1;
    MPas=1;  
    SPas=2;  // par defaut
    Etats_BP=0;
    // affectations provisoires avec valeurs en cours
    Fm1 = CFT_csg;
    Fm2 = ECO_csg;
    Fm3 = HGL_csg;
    CPrint("\r\n MENU10.1 CONSIGNES\r\n ");  // 09-04-2024
    Print(Ram_Menus10);CRLF1();
    LCD_Cmd(LCD_CLEAR);__delay_ms(100);
    sprintf(Ram_Menus10,"101Consigne exit S0L");
     Print(Ram_Menus10);CRLF1();
    LCD_Write_Text_At(1,1,Ram_Menus10);
    sprintf(Ram_Menus10,"CFTcsg>%2.1f  Sel S1",Fm1);
    Print(Ram_Menus10);CRLF1();
    *(Ram_Menus10+9)=7;
    LCD_Write_Text_At(2,1,Ram_Menus10);
    sprintf(Ram_Menus10,"ECOcsg %2.1f +- S2/S3",Fm2);
    Print(Ram_Menus10);CRLF1();
    *(Ram_Menus10+9)=7;
    LCD_Write_Text_At(3,1,Ram_Menus10);
    sprintf(Ram_Menus10,"HGLcsg %2.1f save S4L",Fm3);
    Print(Ram_Menus10);CRLF1();
    *(Ram_Menus10+9)=7;
    LCD_Write_Text_At(4,1,Ram_Menus10);
    LCD_Chr_At(2,7,'>');
    LCD_Chr_At(2,12,'>');
    __delay_xSec(1);
    Etats_BP=0;
    Restart_Timeout();

     // boucle #1
   do
   {  
       if  (Etats_BP==SW0)
	{ 
	    SPas=0;
	    Step=0;
	} 
       if ( (Etats_BP==SW1) && (Duree_Appui<1000) )   
       {  
          SPas++; 
	  if(SPas>4)  SPas=2;
	  switch(SPas)
	  {
	    case 2: 
		LCD_Chr_At(2,7,'>');
		LCD_Chr_At(3,7,' ' );
		LCD_Chr_At(4,7,' ' );
		break;
	    case 3:
		LCD_Chr_At(2,7,' ');
		LCD_Chr_At(3,7,'>' );
		LCD_Chr_At(4,7,' ' );
		break;
            case 4:
		LCD_Chr_At(2,7,' ');
		LCD_Chr_At(3,7,' ' );
		LCD_Chr_At(4,7,'>' );
		break;
	    default:
		break;
	  }
          Etats_BP=0;
          Restart_Timeout();
       }
       if( (Etats_BP==SW1) && (Duree_Appui>1000) ) //si SW1L
	{
	    Etats_BP=0;
            Restart_Timeout();
	    if (SPas>1) Step=SPas+10;
	}
	if(SPas>1)
	Clignote_Selection(1);
	else
	   __delay_xSec(1);

    }
    while( ( Step>0) &&( Step <10)  && (TMR0IF==0) ) ; 
    if(TMR0IF==1) SPas=0;
    if(SPas>0)
    {      
	sprintf(Ram_Menus10,"\r\n Step =%d \r\n",Step);
	Print(Ram_Menus10);
	LCD_Chr_At(SPas,7,'*');
	__delay_ms(200);
	Etats_BP=0;
	Restart_Timeout();  
 	do
	{    
	    if ( Etats_BP==SW2  && Duree_Appui<1000)  // SW2 incremente
	    {
		if ( (Step==12) && (Fm1 < Max_CFT_csg) )  
		{
		    Fm1 =Fm1 + 0.50;
		    sprintf(Ram_Menus10,"CFTcsg*%2.1f",Fm1);
		    Rafraichit_Ligne_Menu_LCD(1);
		}
		if ( (Step==13) && ( Fm2< Max_ECO_csg)  )
		{
		    Fm2= Fm2+ 0.50;
		    sprintf(Ram_Menus10,"ECOcsg*%2.1f",Fm2);
		    Rafraichit_Ligne_Menu_LCD(1);
		}  
		if ( (Step==14) && (Fm3< Max_HGL_csg) )  
		{
		   Fm3=Fm3+ 1.0;
		   kx=(int)Fm3;
		   sprintf(Ram_Menus10,"HGLcsg*%2d.0",kx);
		   Rafraichit_Ligne_Menu_LCD(1);
		}
		
		LCD_Chr_At(3,12,' ');
		//  > face à SAVE SL4L 
		LCD_Chr_At(4,12,' ');
		__delay_ms(200);
		LCD_Chr_At(4,12,'>');
		__delay_ms(200);
		Etats_BP=0;
		Restart_Timeout();
	    } 
	    if  (Etats_BP==SW3 && Duree_Appui<1000)  // SW3 decremente
	    {  
		if ( (Step==12) && (Fm1 > Min_CFT_csg) )  
		{
		    Fm1 =Fm1 - 0.50;
		    sprintf(Ram_Menus10,"CFTcsg*%2.1f",Fm1);
		    Rafraichit_Ligne_Menu_LCD(1);
		}
		if ( (Step==13) && ( Fm2> Min_ECO_csg)  )
		{
		    Fm2= Fm2- 0.50;
		    sprintf(Ram_Menus10,"ECOcsg*%2.1f",Fm2);
		    Rafraichit_Ligne_Menu_LCD(1);
		}  
		if ( (Step==14) && (Fm3> Min_HGL_csg) )  
		{
		    Fm3=Fm3- 1.0;
		    kx=(int)Fm3;
		    sprintf(Ram_Menus10,"HGLcsg*%2d.0",kx);
		    Rafraichit_Ligne_Menu_LCD(1);
		}
		 //  > face à SAVE SL4L 
		LCD_Chr_At(3,12,' ');
		__delay_ms(200);
		LCD_Chr_At(4,12,'>');
		__delay_ms(200);
		Etats_BP=0;
		Restart_Timeout();
	    }
	  
	    // etape validation par SW1L ..supprimée 7/04/2024
    
            //  STockage en EEPROM
	    if (  ( Etats_BP==SW4) && (Duree_Appui > 1000) &&  (Step>10 ) ) //SW4L 
	      { 
	         Restart_Timeout(); 
		 Etats_BP=0;
		 Step=Step+10;
		 if (Step==22)
		{    CFT_csg=Fm1; 
		    sprintf(Ram_Menus10,"CFT_csg =>%3.1f en Eeprom Travail ..@0%04X \r\n",CFT_csg,Org_Sauve_Param_Travail+ 20) ;  
		    Sauve_Float_To_Eeprom(Org_Sauve_Param_Travail+ 20,CFT_csg);
		    Print(Ram_Menus10);
		}   
		if (Step==23)
		{   ECO_csg=Fm2; 
		    sprintf(Ram_Menus10,"ECO_csg =>%3.1f en Eeprom Travail +24 .. @0%04X\r\n",ECO_csg,Org_Sauve_Param_Travail+ 24) ; 
		    Sauve_Float_To_Eeprom(Org_Sauve_Param_Travail+ 24,ECO_csg);	
		    Print(Ram_Menus10);
		}   
		if (Step==24)
		{   HGL_csg=Fm3;  
		    sprintf(Ram_Menus10,"HGL_csg =>%3.1f en Eeprom Travail +28 .. @0%04X\r\n",HGL_csg,Org_Sauve_Param_Travail+ 28) ; 
		    Print(Ram_Menus10);
		    Sauve_Float_To_Eeprom(Org_Sauve_Param_Travail+ 28,ECO_csg);	
		}   
		 Etats_BP=0;
		 Restart_Timeout();
		 LCD_Write_CText_At(SPas,8," --> EEPROM  ");
		__delay_xSec(3);
		 LCD_Write_CText_At(SPas,8,"             ");
		 Etats_BP=0;     
		  Restart_Timeout();
	     }
	    if (Step>20)
	    {
		Etats_BP=0;  
		CPrint("goto Debut_1\r\n");
		goto Debut_1;
	    }   
	    Test_Sortie_via_SW0();
	    if ((SPas>1) && (Step>0) && (Step<10))
	    Clignote_Selection(MPas);   
	    else
	       __delay_xSec(1);
	}
       while( ( TMR0IF == 0) && (Step>1) );
    }  //if Pas>0
  MPas=1;
  Sortie_Menu10();
 } 
 
 
//---------------------------------------------------
 
  void  MENU10_2_COMPENSATION(void)
 {
    unsigned char cx;
    unsigned char Step=1;
 
  Debut_2:  
    MPas=2; 
    Fm1 = INT_cor;
    Fm2=  NRG_cor;
    cx= NRG_ind;
    LCD_Cmd(LCD_CLEAR);__delay_ms(100);
    Step=1;
    SPas=2;  // par defaut
    CPrint("\r\n MENU10.2 COMPENSATION\r\n"); // 
     // affectations provisoires
    LCD_Write_CText_At(1,1,"102Compens  exit S0L");
    sprintf(Ram_Menus10,"INTcor> %3.1f  Sel.S1 ",Fm1);
    Print(Ram_Menus10);CRLF1();
    *(Ram_Menus10+9)=7;
    LCD_Write_Text_At(2,1,Ram_Menus10);
    sprintf(Ram_Menus10,"NRGcor  %3.1f +- S2/S3",Fm2);
    Print(Ram_Menus10);CRLF1();
    *(Ram_Menus10+9)=7;
    LCD_Write_Text_At(3,1,Ram_Menus10);
    sprintf(Ram_Menus10,"NRGind  %c   save S4L",cx);
    Print(Ram_Menus10);CRLF1();
    LCD_Write_Text_At(4,1,Ram_Menus10);
    LCD_Chr_At(2,12,'>');
    __delay_xSec(1);
    Etats_BP=0;  //12345678901234567890 
    Restart_Timeout();
    do
    {  
       if  (Etats_BP==SW0)
	{ 
	    SPas=0;
	    Step=0;
	} 
       if ( (Etats_BP==SW1) && (Duree_Appui<1000) )   
       {  
          SPas++; 
	  if(SPas>4)  SPas=2;
	  switch(SPas)
	  {
	    case 2: 
		LCD_Chr_At(2,7,'>');
		LCD_Chr_At(3,7,' ' );
		LCD_Chr_At(4,7,' ' );
		break;
	    case 3:
		LCD_Chr_At(2,7,' ');
		LCD_Chr_At(3,7,'>' );
		LCD_Chr_At(4,7,' ' );
		break;
            case 4:
		LCD_Chr_At(2,7,' ');
		LCD_Chr_At(3,7,' ' );
		LCD_Chr_At(4,7,'>' );
		break;
	    default:
		break;
	  }
          Etats_BP=0;
          Restart_Timeout();
       }
       if( (Etats_BP==SW1) && (Duree_Appui>1000) && (SPas>1) ) //si SW1L
	{
	    Step=SPas+10;
	    Etats_BP=0;
            Restart_Timeout();  
	}
	if(SPas>1) 
	   Clignote_Selection(2);
	   else
	      __delay_xSec(1);
    }
    while( ( Step>0) &&( Step <10)  && (TMR0IF==0) ) ;  
    if(TMR0IF==1)   SPas=0;
    if(SPas>0)
    {   
	sprintf(Ram_Menus10,"\r\n Step =%d \r\n",Step);
	Print(Ram_Menus10);
       LCD_Chr_At(2,12,' ');
        LCD_Chr_At(3,12,'>');
	Restart_Timeout();  
	switch (Step)
	{
	case 12:
              Fm1 = INT_cor;
              break;
        case 13:
              Fm2= NRG_cor;
              break; 
	 case 14:
              cx = NRG_ind;
              break; 
        default:
                 CPrint("Erreur choix \r\n"); 
		 break;
	} 
	LCD_Chr_At(SPas,7,'*');
	Restart_Timeout();  
	Etats_BP=0;
 	do
	{    
	    if ( Etats_BP==SW2  && Duree_Appui<1000)  // SW2 incremente
	    {
		if ( (Step==12) && (Fm1 < Max_INT_cor) )  
		{
		     Fm1 =Fm1 + 0.50;
		    sprintf(Ram_Menus10,"INTcor* %3.1f",Fm1);
		    Rafraichit_Ligne_Menu_LCD(1);
		}
		if ( (Step==13) && ( Fm2< Max_NRG_cor)  )
		{
		    Fm2= Fm2+ 0.50;
		    sprintf(Ram_Menus10,"NRGcor* %3.1f",Fm2);
		    Rafraichit_Ligne_Menu_LCD(0); 
		}  
		if ( (Step==14) && (cx < 'H') )  
		{
		    cx=cx+1;
		    sprintf(Ram_Menus10,"NRGind* %c",cx);
		    Rafraichit_Ligne_Menu_LCD(0);  
		}
		LCD_Chr_At(3,12,' ');
		LCD_Chr_At(4,12,' ');
		__delay_ms(200);
		LCD_Chr_At(4,12,'>');
		__delay_ms(200);
		Etats_BP=0;
		Restart_Timeout();
	    } 
	    if  (Etats_BP==SW3 && Duree_Appui<1000) // SW3 decremente
	    {  
		if ( (Step==12) && (Fm1 > Min_INT_cor) )  
		{
		     Fm1 =Fm1 - 0.500;
		      sprintf(Ram_Menus10,"INTcor* %3.1f",Fm1);
		     Rafraichit_Ligne_Menu_LCD(1);
		}
		if ( (Step==13) && ( Fm2> Min_NRG_cor)  )
		{
		    Fm2= Fm2 - 0.50;
		    sprintf(Ram_Menus10,"NRGcor* %3.1f",Fm2);
		        Rafraichit_Ligne_Menu_LCD(0);   
		}  
		if ( (Step==14) && (cx > 'A') )  
		{
		     cx=cx-1;
		    sprintf(Ram_Menus10,"NRGind* %c",cx);
		    Rafraichit_Ligne_Menu_LCD(0);
		}
		LCD_Chr_At(3,12,' ');
		LCD_Chr_At(4,12,' ');
		__delay_ms(200);
		LCD_Chr_At(4,12,'>');
		__delay_ms(200);
		Etats_BP=0;
		Restart_Timeout();
	    }
	   //  STockage en EEPROM
	    if   ( Etats_BP==SW4 && Duree_Appui > 1000  &&  Step>10 ) //SW4 
	      { 
	        Step=SPas+10;
		CPrint("Valid. modif \r\n") ;      
		Step=Step+10;
		Etats_BP=0;     
		Restart_Timeout();  
	        if (Step==22)
		{   INT_cor=Fm1; 
 		    sprintf(Ram_Menus10,"INT_cor =>%3.1f en Eeprom Travail ..@0%04X \r\n",INT_cor,Org_Sauve_Param_Travail+ 12) ;
		    Sauve_Float_To_Eeprom(Org_Sauve_Param_Travail+ 12,INT_cor);
		    Print(Ram_Menus10);
		}   
		if (Step==23)
		{   NRG_cor=Fm2; 
		   sprintf(Ram_Menus10,"NRG_cor =>%3.1f en Eeprom Travail +16 .. @0%04X\r\n",NRG_cor,Org_Sauve_Param_Travail+ 16) ; 
		   Sauve_Float_To_Eeprom(Org_Sauve_Param_Travail+ 16,NRG_cor);	
		   Print(Ram_Menus10);
		}   
		if (Step==24)
		{    NRG_ind=cx;
		   sprintf(Ram_Menus10,"NRG_ind =>%c en Eeprom Travail +56 .. @0%04X\r\n",NRG_ind,Org_Sauve_Param_Travail+ 56) ; 
		   Print(Ram_Menus10);
		   DATAEE_WriteByte(Org_Sauve_Param_Travail+ 56,cx);
		}   
		LCD_Write_CText_At(SPas,8," --> EEPROM  ");
		__delay_xSec(3);
		Restart_Timeout();
                Etats_BP=0;
	    }
	   if (Step>20)
	    {
		Etats_BP=0;  
		Restart_Timeout();
		goto Debut_2;
	    }   
	    Test_Sortie_via_SW0();
	    if ((SPas>1) && (Step>0) && (Step<10))
	    Clignote_Selection(MPas); 
	    else
	    __delay_xSec(1);
    }   
    while( ( TMR0IF == 0) && (Step>1)  );
  } // if choix >10
  MPas=2;
  Sortie_Menu10();
 } 
//-----------------------------------------------------     
 

void MENU10_3_LIMITES_CHD(void)
{  
//rev 16-04-2024
 // float Fm1,Fm2,Fm2defined as global variables
// unsigned char SPas; // <--- cause de grosse galere par cette declaration LOCALE
 //unsigned char dumm;
 int dumm;
 unsigned char Step;
     Etats_BP=0;
     Restart_Timeout();
Debut_3:
 //    Etats_BP=0;
 //    Restart_Timeout();
     MPas=3;
     SPas=2;
     Step=1;
     Etats_BP=0;
       // affectations provisoires avec valeurs en cours
    Fm1=  CHD_min;
    Fm2 = CHD_max;
    //Fm3= EXT_min;  // valeurs EXCLUSIVEMENT negatives !
    dumm=(int) abs(EXT_min);
    CPrint("\r\n MENU10.3 Limites CHD\r\n");  
    LCD_Cmd(LCD_CLEAR);__delay_ms(100);
    sprintf(Ram_Menus10,"103Limites  exit S0L");
    Print(Ram_Menus10);CRLF1();
    LCD_Write_Text_At(1,1,Ram_Menus10);
    sprintf(Ram_Menus10,"CHDmin>%2.1f   Sel S1 ",Fm1);
    Print(Ram_Menus10);CRLF1();
    *(Ram_Menus10+9)=7;
    LCD_Write_Text_At(2,1,Ram_Menus10);
    sprintf(Ram_Menus10,"CHDmax %2.1f +- S2/S3",Fm2);
    Print(Ram_Menus10);CRLF1();
    *(Ram_Menus10+9)=7;
    LCD_Write_Text_At(3,1,Ram_Menus10);
    sprintf(Ram_Menus10,"EXTmin -%2d  Save S4L",dumm);
    Print(Ram_Menus10);CRLF1();
    *(Ram_Menus10+10)=7;
    LCD_Write_Text_At(4,1,Ram_Menus10);
    LCD_Chr_At(2,7,'>');
    LCD_Chr_At(2,12,'>');
 //   __delay_xSec(2);
    Etats_BP=0;
    Restart_Timeout();  
    
    // boucle #1
    do
    {  
       if ( (Etats_BP==SW0) && (Duree_Appui<1000) ) 
	{ 
	    SPas=0;
	    Step=0;
	    Ram_Menus10[0]=0;
	}  
       if ( (Etats_BP==SW1) && (Duree_Appui<1000) )   
        {  
	    SPas++; 
	    if(SPas>4)  SPas=2;
	    switch(SPas)
	    {
	    case 2: 
		LCD_Chr_At(2,7,'>');
		LCD_Chr_At(3,7,' ' );
		LCD_Chr_At(4,7,' ' );
		break;
	    case 3:
		LCD_Chr_At(2,7,' ');
		LCD_Chr_At(3,7,'>' );
		LCD_Chr_At(4,7,' ' );
		break;
            case 4:
		LCD_Chr_At(2,7,' ');
		LCD_Chr_At(3,7,' ' );
		LCD_Chr_At(4,7,'>' );
		break;
	    default:
		break;
	    }
	    Etats_BP=0;
	    Restart_Timeout();
	}
        if( (Etats_BP==SW1) && (Duree_Appui>1000) ) //si SW1L
	{
	    Etats_BP=0;
            Restart_Timeout();
	    if (SPas>1) Step=SPas+10;
	}
	if(SPas>1) 
	Clignote_Selection(3);
	else
	  __delay_xSec(1);
    }
    while( ( Step>0) &&( Step <10)  && (TMR0IF==0) ) ; 
    if(TMR0IF==1)   SPas=0;
    if(SPas>0)
    {   
	sprintf(Ram_Menus10,"\r\n Step =%d \r\n",Step);
	 Print(Ram_Menus10);
	LCD_Chr_At(SPas,7,'*');
	__delay_ms(200);
	Etats_BP=0;
	Restart_Timeout();  
 	do
	{    
	    if ( Etats_BP==SW2  && Duree_Appui<1000)  // SW2 incremente
	    {
		if ( (Step==12) && (Fm1 < 30.0 ) ) 
		{
		    Fm1= Fm1 + 5.00;
		    sprintf(Ram_Menus10,"CHDmin %2.1f",Fm1);
		    Rafraichit_Ligne_Menu_LCD(1);
		}
		if ( (Step==13) && ( Fm2 < 85.0)  )
		{
	           Fm2 =Fm2 + 5.00;
		    sprintf(Ram_Menus10,"CHDmax %2.1f",Fm2);
		    Rafraichit_Ligne_Menu_LCD(1);
		}  
		if ( (Step==14) && (dumm < 20) )  
		{
		    dumm=dumm+5;
		    // rev 19/04/2024
		    sprintf(Ram_Menus10,"EXTmin*-%2d.",dumm);
		    if(dumm==0) *(Ram_Menus10+7)=' ';
		    Rafraichit_Ligne_Menu_LCD(2);
		}
		Etats_BP=0;
		Restart_Timeout();
	    } 
	    if  (Etats_BP==SW3 && Duree_Appui<1000)  // SW3 decremente
	    {  
		if ( (Step==12) && (Fm1>15.0) )  
		{
		    Fm1 =Fm1 -5.00;
		    sprintf(Ram_Menus10,"CHDmin %2.1f",Fm1);
		    Rafraichit_Ligne_Menu_LCD(1);
		}
		if ( (Step==13) && ( Fm2> 30.0)  )
		{
		    Fm2= Fm2 -5.000;
		     sprintf(Ram_Menus10,"CHDmax %2.1f",Fm2);
		    Rafraichit_Ligne_Menu_LCD(1);
		}  
	
		if ( (Step==14) && (dumm > 4) )  
		{
		    dumm=dumm-5;
		    sprintf(Ram_Menus10,"EXTmin*-%2d.",dumm);
		    if(dumm==0) *(Ram_Menus10+7)=' ';
		    Rafraichit_Ligne_Menu_LCD(2); 
		}
		Etats_BP=0;
		Restart_Timeout();
	    }
	      // etape validation par SW1L ..supprimée 7/04/2024
         //  STockage en EEPROM
	    if (  ( Etats_BP==SW4) && (Duree_Appui > 1000) &&  (Step>10 ) ) //SW4L 
	      { 
	         Restart_Timeout(); 
		 Etats_BP=0;
		 Step=Step+10;
		 if (Step==22)
		{   CHD_min=Fm1; 
		    sprintf(Ram_Menus10,"CHD_min =>%3.1f en Eeprom Travail+4 ..@0%04X \r\n",CHD_min,Org_Sauve_Param_Travail+ 0) ;  
		    Sauve_Float_To_Eeprom(Org_Sauve_Param_Travail+ 0,CHD_min);
		    Print(Ram_Menus10);
		}   
		if (Step==23)
		{   CHD_max=Fm2; 
		    sprintf(Ram_Menus10,"CHD_max =>%3.1f en Eeprom Travail +0 .. @0%04X\r\n",CHD_max,Org_Sauve_Param_Travail+ 4) ; 
		    Sauve_Float_To_Eeprom(Org_Sauve_Param_Travail+ 4,CHD_max);	
		   Print(Ram_Menus10);
		}   
		if (Step==24)
		{  // EXT_min=Fm3;  
		    EXT_min= - (float)dumm;  
		    sprintf(Ram_Menus10,"EXT_min =>%3.1f en Eeprom Travail +8 .. @0%04X\r\n",EXT_min ,Org_Sauve_Param_Travail+ 8) ; 
		    Print(Ram_Menus10);
		    Sauve_Float_To_Eeprom(Org_Sauve_Param_Travail+ 8,EXT_min);	
		}   
		 Etats_BP=0;
		 Restart_Timeout();
		 LCD_Write_CText_At(SPas,8," --> EEPROM  ");
		__delay_xSec(3);
		 LCD_Write_CText_At(SPas,8,"             ");
		 Etats_BP=0;     
		  Restart_Timeout();
	     }
	    if (Step>20)
	    {
		Etats_BP=0; 
		 Restart_Timeout();
		CPrint("goto Debut_3\r\n");
		goto Debut_3;
	    }   
	    Test_Sortie_via_SW0(); 
	    
	    if(SPas>10)
	    {
	    	LCD_Chr_At(3,12,' ');
		LCD_Chr_At(4,12,' ');
		__delay_ms(200);
		LCD_Chr_At(3,12,' ');
		LCD_Chr_At(4,12,'>');
		__delay_ms(200);
	    }
	    if ((SPas>1) && (Step>0) && (Step<20))
	    Clignote_Selection(3);   
	    else
	   __delay_xSec(1);
	}
       while( ( TMR0IF == 0) && (Step>1) );
    }  //if Pas>0
   MPas=3;
  Sortie_Menu10();  
}
  
//----------------------------------------------------------------- 
 
 void  MENU10_4_HYSTERESIS(void) 
 { 
//rev 13-04-2024
 // float Fm1,Fm2,Fm2defined as global variables
 unsigned char Step;
Debut_4:
     MPas=4;
     SPas=2;
     Step=1;
     Etats_BP=0;
      Restart_Timeout();
       // affectations provisoires avec valeurs en cours
    Fm1= HYS_int;
    Fm2= HYS_ext;
    Fm3= HYS_eau;
    CPrint("\r\n MENU10.4 HYSTERESIS\r\n");  
    LCD_Cmd(LCD_CLEAR);__delay_ms(100);
    sprintf(Ram_Menus10,"104Hysteres exit S0L");
    Print(Ram_Menus10);CRLF1();
    LCD_Write_Text_At(1,1,Ram_Menus10);
    sprintf(Ram_Menus10,"INThys> %3.1f  Sel S1",Fm1);
    Print(Ram_Menus10);CRLF1();
    *(Ram_Menus10+9)=7;
    LCD_Write_Text_At(2,1,Ram_Menus10);
    sprintf(Ram_Menus10,"EXThys  %3.1f +- S2/S3",Fm2);
    Print(Ram_Menus10);CRLF1();
    *(Ram_Menus10+9)=7;
    LCD_Write_Text_At(3,1,Ram_Menus10);
    sprintf(Ram_Menus10,"EAUhys  %3.1f Save S4L",Fm3);
    Print(Ram_Menus10);CRLF1();
    *(Ram_Menus10+9)=7;
    LCD_Write_Text_At(4,1,Ram_Menus10);
    LCD_Chr_At(2,7,'>');
    LCD_Chr_At(2,12,'>');
    __delay_xSec(1);
    Etats_BP=0;
    Restart_Timeout();  
    
    // boucle #1
    do
    {  
       if  (Etats_BP==SW0)
	{ 
	    SPas=0;
	    Step=0;
	}  
       if ( (Etats_BP==SW1) && (Duree_Appui<1000) )   
        {  
	    SPas++; 
	    if(SPas>4)  SPas=2;
	    switch(SPas)
	    {
	    case 2: 
		LCD_Chr_At(2,7,'>');
		LCD_Chr_At(3,7,' ' );
		LCD_Chr_At(4,7,' ' );
		break;
	    case 3:
		LCD_Chr_At(2,7,' ');
		LCD_Chr_At(3,7,'>' );
		LCD_Chr_At(4,7,' ' );
		break;
            case 4:
		LCD_Chr_At(2,7,' ');
		LCD_Chr_At(3,7,' ' );
		LCD_Chr_At(4,7,'>' );
		break;
	    default:
		break;
	    }
	    Etats_BP=0;
	    Restart_Timeout();
	}
        if( (Etats_BP==SW1) && (Duree_Appui>1000) ) //si SW1L
	{
	    Etats_BP=0;
            Restart_Timeout();
	    if (SPas>1) Step=SPas+10;
	}
	if(SPas>1) Clignote_Selection(4);
    }
    while( ( Step>0) &&( Step <10)  && (TMR0IF==0) ) ; 
    if(TMR0IF==1)  SPas=0;
    if(SPas>0)
    {   
        sprintf(Ram_Menus10,"\r\n Step =%d \r\n",Step);
	Print(Ram_Menus10);
	LCD_Chr_At(SPas,7,'*');
	__delay_ms(200);
	Etats_BP=0;
	Restart_Timeout();  
 	do
	{    
	    if ( Etats_BP==SW2  && Duree_Appui<1000)  // SW2 incremente
	    {
		if ( (Step==12) && (Fm1 < Max_HYS_int ) ) 
		{
		    Fm1 =Fm1 + 0.50;
		    sprintf(Ram_Menus10,"INTHys* %3.1f",Fm1);
		    Rafraichit_Ligne_Menu_LCD(1);
		}
		if ( (Step==13) && ( Fm2< Max_HYS_ext))
		{
		    Fm2= Fm2 + 0.50;
		    sprintf(Ram_Menus10,"EXThys* %3.1f",Fm2);
		    Rafraichit_Ligne_Menu_LCD(1);
		}  
		if ( (Step==14) && (Fm3< Max_HYS_eau) )  
		{
		    Fm3=Fm3+ 1.0;
		    sprintf(Ram_Menus10,"EAUHys* %3.1f",Fm3);
		    Rafraichit_Ligne_Menu_LCD(1);
		}
		  LCD_Chr_At(3,12,' ');
		__delay_ms(200);
		LCD_Chr_At(3,12,' ');
		LCD_Chr_At(4,12,'>');
		Etats_BP=0;
		Restart_Timeout();
	    } 
	    if  (Etats_BP==SW3 && Duree_Appui<1000)  // SW3 decremente
	    {  
		if ( (Step==12) && (Fm1> Min_HYS_int) )  
		{
		    Fm1 =Fm1 -0.50;
		    sprintf(Ram_Menus10,"INTHys* %3.1f",Fm1);
		    Rafraichit_Ligne_Menu_LCD(1);
		}
		if ( (Step==13) && ( Fm2> Min_HYS_ext)  )
		{
		    Fm2= Fm2 -0.50;
		    sprintf(Ram_Menus10,"EXTHys* %3.1f",Fm2);
		    Rafraichit_Ligne_Menu_LCD(1);
		}  
		if ( (Step==14) && (Fm3> Min_HYS_eau) )  
		{
		    Fm3=Fm3- 1.0;
		    sprintf(Ram_Menus10,"EAUHys* %3.1f",Fm3);
		    Rafraichit_Ligne_Menu_LCD(1);
		}
		LCD_Chr_At(3,12,' ');
		__delay_ms(200);
		LCD_Chr_At(3,12,' ');
		LCD_Chr_At(4,12,'>');
		Etats_BP=0;
		Restart_Timeout();
	    }
	      // etape validation par SW1L ..supprimée 7/04/2024
         //  STockage en EEPROM
	    if (  ( Etats_BP==SW4) && (Duree_Appui > 1000) &&  (Step>10 ) ) //SW4L 
	      { 
	         Restart_Timeout(); 
		 Etats_BP=0;
		 Step=Step+10;
		 if (Step==22)
		{   HYS_int=Fm1; 
		    sprintf(Ram_Menus10,"INThys =>%3.1f en Eeprom Travail+32 ..@0%04X \r\n",HYS_int,Org_Sauve_Param_Travail+ 32) ;  
		    Sauve_Float_To_Eeprom(Org_Sauve_Param_Travail+ 32,HYS_int);
		    Print(Ram_Menus10);
		}   
		if (Step==23)
		{   HYS_ext=Fm2; 
		    sprintf(Ram_Menus10,"EXThys =>%3.1f en Eeprom Travail +36 .. @0%04X\r\n",HYS_ext,Org_Sauve_Param_Travail+36) ; 
		    Sauve_Float_To_Eeprom(Org_Sauve_Param_Travail+ 36,HYS_ext);	
		   Print(Ram_Menus10);
		}   
		if (Step==24)
		{   HYS_eau=Fm3;  
		    sprintf(Ram_Menus10,"EAUHys =>%3.1f en Eeprom Travail +40 .. @0%04X\r\n",HYS_eau ,Org_Sauve_Param_Travail+40) ; 
		    Print(Ram_Menus10);
		    Sauve_Float_To_Eeprom(Org_Sauve_Param_Travail+ 40,HYS_eau);	
		}   
		 Etats_BP=0;
		 Restart_Timeout();
		 LCD_Write_CText_At(SPas,8," --> EEPROM  ");
		__delay_xSec(3);
		 LCD_Write_CText_At(SPas,8,"             ");
		 Etats_BP=0;     
		  Restart_Timeout();
	     }
	    if (Step>20)
	    {
		Etats_BP=0;  
		CPrint("goto Debut_4\r\n");
		goto Debut_4;
	    }   
	    Test_Sortie_via_SW0();	 
	      if ((SPas>1) && (Step>0) && (Step<10))
	    Clignote_Selection(4);   
	    else
	   __delay_xSec(1);
	}
       while( ( TMR0IF == 0) && (Step>1) );
    }  //if Pas>0
   MPas=4;
  Sortie_Menu10(); 
 }