tpON(IN:=xON , PT:= tTIME_ON, Q=>, ET=> );
tpOFF(IN:=xOFF , PT:= tTIME_OFF, Q=> , ET=> );
xON_OUT:=tpON.Q AND NOT xSTATE AND NOT xERROR;
xOFF_OUT:=tpOFF.Q AND xSTATE;
ftON(CLK:=tpON.Q , Q=> );
ftOFF(CLK:=tpOFF.Q , Q=> );
rsTIME_OUT(SET:=ftON.Q AND NOT xSTATE , RESET1:=ftOFF.Q AND xSTATE , Q1=> );
rsSTATE_EXPECTED(SET:= , RESET1:= , Q1=> );
ftENABLE(CLK:=xEnable , Q=> );



IF xENABLE AND NOT xERROR AND NOT xTIME_OUT  THEN
    IF  NOT tpon.q AND NOT tpoff.Q THEN
        IF xLOCAL_CONTROL THEN
                IF NOT xVISU_CONTROL THEN
                    IF NOT xSTATE THEN
                        xON:=xLOCAL_CONTROL_ON;
                        rsSTATE_EXPECTED.SET:=xLOCAL_CONTROL_ON;

                    ELSE
                        xOFF:=xLOCAL_CONTROL_OFF;
                        rsSTATE_EXPECTED.RESET1:=xLOCAL_CONTROL_OFF;
                    END_IF
                ELSE
                    xON:=xLOCAL_CONTROL_ON OR xVISU_CONTROL_ON;
                    xOFF:=xLOCAL_CONTROL_OFF OR xVISU_CONTROL_OFF;
                END_IF
        ELSE
            xON:=xREMOTE_CONTROL_ON;
            xOFF:=xREMOTE_CONTROL_OFF;
        END_IF
    END_IF
ELSE
    xON_OUT:=FALSE;
    xOFF_OUT:=FALSE;
END_IF