int PCU,PCU_backup,channel;

int SM_PCU(int Number)
{
switch (Number)
{case 0: PCU=0;PCU_backup=2;channel=0; break;
case 1:  PCU=0;PCU_backup=2;channel=1;break;
//case 2:  PCU=0;PCU_backup=2;channel=3;break;
//case 3: PCU=0;PCU_backup=2;channel=1; break;
//case 4:  PCU=1;PCU_backup=3;channel=0;break;
//case 5:  PCU=0;PCU_backup=2;channel=0;break;
//case 6: PCU=0;PCU_backup=2;channel=1; break;
case 7:  PCU=0;PCU_backup=2;channel=2;break;
case 8:  PCU=0;PCU_backup=2;channel=3;break;
case 9: PCU=0;PCU_backup=2;channel=4; break;
case 10:  PCU=0;PCU_backup=2;channel=5;break;
//case 11:  PCU=0;PCU_backup=2;channel=6;break;
//case 12: PCU=0;PCU_backup=2;channel=7; break;
//case 13:  PCU=0;PCU_backup=2;channel=8;break;
//case 14:  PCU=1;PCU_backup=3;channel=8;break;
//case 15: PCU=1;PCU_backup=3;channel=7; break;
case 16:  PCU=0;PCU_backup=2;channel=6;break;
case 17:  PCU=0;PCU_backup=2;channel=7;break;
}
return PCU && PCU_backup && channel;
}







SM_Number_TO_Channel_Fct(string Dollar_Param)

 {dyn_int SM_PCU_var;
 int Number_Dollar;
 for (int j=1;j<19;j++){
 	if(j<10){
 		Number_Dollar=substr(Dollar_Param,3,1);
 		SM_PCU_var[j]=SM_PCU(Number_Dollar);}
 else if (j>=10){
 		Number_Dollar=substr(Dollar_Param,2,2);
 		SM_PCU_var[j]=SM_PCU(Number_Dollar);}
 											}
	}