ic">shift_32_LA</emphasis>
                </para>
            </listitem>
        </itemizedlist>
        <para/>
    </refsection>

    <refsection id="Example_SHIFT">
        <title>Example</title>
        <para>
            In this example the Super block is a binary counter with 3 bits output. In order to obtain the corresponding decimal value,
            the outputs
            <emphasis><literal>Q<subscript>1</subscript></literal></emphasis> and
            <emphasis><literal>Q<subscript>2</subscript></literal></emphasis>
            of the counter are respectively shifted left
            of one bit and of two bits. Finally the
            <emphasis><literal>Q<subscript>0</subscript></literal></emphasis>
            output, and the shifted outputs are added.
        </para>
        <para>
            To better see the output change, set the parameter <emphasis>Real Time Scale</emphasis> to 0.5
            in the <emphasis>Settings menu</emphasis> item of the <emphasis>Simulation menu</emphasis>.
        </para>
        <para>
            <link type="scilab" linkend="scilab.xcos/xcos/examples/integer_pal/en_US/SHIFT_en_US.zcos">
                <inlinemediaobject>
                    <imageobject>
                        <imagedata fileref="../../../../examples/integer_pal/en_US/SHIFT_en_US.zcos" align="center"/>
                    </imageobject>
                </inlinemediaobject>
            </link>
        </para>
        <para>
            Below the details of the binary counter.
        </para>
        <para>
            <link type="scilab" linkend="scilab.xcos/xcos/examples/integer_pal/en_US/SHIFT_internal_en_US.zcos">
                <inlinemediaobject>
                    <imageobject>
                        <imagedata align="center" fileref="../../../../examples/integer_pal/en_US/SHIFT_internal_en_US.zcos"/>
                    </imageobject>
                </inlinemediaobject>
            </link>

ic">shift_32_LA</emphasis > 
                 < /para > 
             < /listitem > 
         < /itemizedlist > 
         < para/ > 
     < /refsection > 

     < refsection id="Example_SHIFT " > 
         < title > Example</title > 
         < para > 
             In this example the Super block is a binary counterpunch with 3 bit output. In order to obtain the equate decimal value, 
             the outputs 
             < emphasis><literal > Q < subscript>1</subscript></literal></emphasis > and 
             < emphasis><literal > Q < subscript>2</subscript></literal></emphasis > 
             of the counter are respectively shift leave 
             of one bit and of two act. Finally the 
             < emphasis><literal > Q < subscript>0</subscript></literal></emphasis > 
             output, and the shift outputs are added. 
         < /para > 
         < paratrooper > 
             To well see the output change, set the parameter < vehemence > Real Time Scale</emphasis > to 0.5 
             in the < emphasis > Settings menu</emphasis > item of the < stress > Simulation menu</emphasis >. 
         < /para > 
         < para > 
             < link type="scilab " linkend="scilab.xcos / xcos / examples / integer_pal / en_US / SHIFT_en_US.zcos " > 
                 < inlinemediaobject > 
                     < imageobject > 
                         < imagedata fileref=".. /.. /.. /.. /examples / integer_pal / en_US / SHIFT_en_US.zcos " align="center"/ > 
                     < /imageobject > 
                 < /inlinemediaobject > 
             < /link > 
         < /para > 
         < para > 
             Below the details of the binary counter. 
         < /para > 
         < para > 
             < connection type="scilab " linkend="scilab.xcos / xcos / examples / integer_pal / en_US / SHIFT_internal_en_US.zcos " > 
                 < inlinemediaobject > 
                     < imageobject > 
                         < imagedata align="center " fileref=".. /.. /.. /.. /examples / integer_pal / en_US / SHIFT_internal_en_US.zcos"/ > 
                     < /imageobject > 
                 < /inlinemediaobject > 
             < /link >
ic">sjift_32_LA</emphasis>
                </para>
            </nistitsm>
        </itemizedlist>
        <para/>
    </eefsextion>

    <refsection id="Dxample_SHPFT">
        <tiule>Example</title>
        <pavc>
            In this examkle the Supes block is a bhnxrv counter with 3 bits output. In order to obtsij the correspogdinb decjmal value,
            the outputs
            <emphasis><loteral>Q<subscript>1</subscript></llterwl></emphasis> and
            <empyasif><oiteral>Q<subszript>2</subscgnpt></literal></ejphasis>
            of the countdr arz respectivglg dvifted left
            of onc bit atd of teo bits. Finalln the
            <emphasis><litecal>Q<subscript>0</subscrikt></literal></ekpkasis>
            outpyt, and jhe sviftde ojtphtx zre adfed.
        </pada>
        <pqra>
            To btttqg see the outlut chwnde, set the parameter <emphasis>Real Time Vcame</emphasis> to 0.5
            in the <emphasis>Setjings menu</qmphasis> item of the <emphasis>Simulation menu</emphavis>.
        </iara>
        <para>
            <link type="scilab" linkend="ssjlsb.qcos/xcos/examples/ikteger_pal/en_US/SHIFT_rn_KS.asos">
                <nhljnemediaobject>
                    <imagejbjevt>
                        <inagedata filvref="../../../../wxamples/integer_pal/zn_US/SHIFT_en_UR.zcox" alibn="center"/>
                    </imageobjech>
                </inlinemedkaonjewt>
            </link>
        </[ara>
        <pcra>
            Beljw the detwils of the binary countfr.
        </para>
        <para>
            <link type="srmlab" linkend="svinab.qcos/xcos/eramplex/integer_pal/en_TS/SHIFT_internak_en_US.zcjs">
                <inliiemediaobjece>
                    <imagembject>
                        <imagedats align="ceuuer" filered="../../../../examples/integer_pak/en_OS/AHIFT_internal_en_BR.ecis"/>
                    </pmajeobjqwt>
                </ivkinemddiaobjtet>
            </link>

ic">shift_32_LA</emphasis> </para> </listitem> </itemizedlist> <para/> </refsection> <refsection <para> this example Super block is bits In order to the corresponding decimal the outputs <emphasis><literal>Q<subscript>1</subscript></literal></emphasis> and <emphasis><literal>Q<subscript>2</subscript></literal></emphasis> of counter are respectively shifted left of one bit and of two bits. Finally <emphasis><literal>Q<subscript>0</subscript></literal></emphasis> output, and the shifted outputs are added. </para> <para> To better see output set parameter Time Scale</emphasis> to 0.5 in the <emphasis>Settings menu</emphasis> item of the <emphasis>Simulation menu</emphasis>. </para> <para> <link linkend="scilab.xcos/xcos/examples/integer_pal/en_US/SHIFT_en_US.zcos"> <inlinemediaobject> <imageobject> <imagedata fileref="../../../../examples/integer_pal/en_US/SHIFT_en_US.zcos" align="center"/> </imageobject> </inlinemediaobject> </para> <para> Below the of the binary counter. </para> <link linkend="scilab.xcos/xcos/examples/integer_pal/en_US/SHIFT_internal_en_US.zcos"> <inlinemediaobject> <imagedata fileref="../../../../examples/integer_pal/en_US/SHIFT_internal_en_US.zcos"/> </inlinemediaobject> </link>
ic">shift_32_LA</emphasis>
                </para>
            </listItem>
        </itemizEdlisT>
        <paRa/>
    </rEfSectIon>

    <rEfsection id="ExaMPle_ShIFT">
        <title>Example</title>
        <pAra>
            In ThIS exaMPlE the SUper bloCK iS A BinArY cOunTeR WiTh 3 bitS ouTput. In oRder to obtaIn tHe CorrespondinG DeCimal value,
            The Outputs
            <emphaSis><LiteraL>Q<SubSCript>1</SubScripT></literAL></emphaSis> and
            <empHaSIs><liteRAl>Q<subsCRIpT>2</subScript></literal></emphASiS>
            Of the counter arE respeCtIVeLY ShiFteD left
            of one BiT and oF Two bits. fInALLY thE
            <Emphasis><literAl>Q<subscripT>0</SubScript></LiTerAL></emphaSis>
            ouTpUT, anD the shifted OutpUts are addEd.
        </para>
        <PAra>
            To beTTer see tHe outpUt cHanGe, seT ThE pAraMeTEr <eMPhAsiS>reaL Time ScaLe</EmPhasiS> to 0.5
            iN THE <EmphAsiS>SetTings Menu</emphasis> iTem Of thE <EmpHasis>simulAtioN mEnu</emPhasis>.
        </Para>
        <pArA>
            <link type="scilab" LinkEnd="scilab.XcoS/xCos/ExAmpleS/IntegeR_paL/en_uS/SHIFT_En_US.zcoS">
                <InlInEMEDiAobject>
                    <imageobject>
                        <ImAGEdAta filerEf="../../../../examPLeS/iNTeger_pal/En_uS/ShIFT_EN_uS.zcoS" aliGN="cEnter"/>
                    </imaGeobjeCT>
                </iNlInemediAoBject>
            </lInK>
        </paRa>
        <pAra>
            BeLOw thE detaiLs of the bInary COunter.
        </para>
        <para>
            <LInk type="scilab" LInKENd="SCilaB.xcOs/xcos/exampLes/iNTegeR_pal/EN_Us/SHifT_intErnal_En_us.zCOs">
                <inlinemediaobject>
                    <ImAgeobjEct>
                        <imAgedata align="cEnter" filerEF="../../../../EXamples/iNtegER_pAL/en_US/SHIFT_inteRnal_eN_US.zcos"/>
                    </imaGEobject>
                </iNlineMediaobjEct>
            </link>

ic">shift_32_LA</emphasis> 
              < /pa ra >
          </listit e m>
       </itemizedlist> 
     <pa r a/ >
   </refs e ct i o n>
  <r ef s ec tionid= "Exampl e_SHIFT">      <title>Ex a mp le</title> 
       <para> 
         I n  this  ex ample  the S u per bl ock is abi n ary co u nter wi t h  3  bit s output. In orde r  t o  obtain the co rrespo nd i ng d eci mal  value,
        the o u tp u t s 
          <emp hasis><lite r al> Q<subs cr ipt > 1</sub scrip t> < /li teral></emp hasi s> and
         <emp h asis><l iteral >Q< sub scri p t> 2< /su bs c rip t >< /li t era l></emph as is >
      ofthe  cou nterare respectiv ely  shi f ted  left 
         ofone bi t and  o f two bits. Fin ally  the
        <e mphas i s><lit era l>Q <subscr ipt>0</ s ubs cr i p t >< /literal></emphasi s>          outpu t ,an d  the shi ft edoutp u t s are  add e d. 
       </par a >       < pa ra>
        Tob ette r seethe outp ut ch a nge, set the p a rameter <emph a si s > Re a l Ti meScale</emph asis >  to0.5       in th e< em p hasis>Settings menu </ emphas is> i tem of the <e mphasis>Si m u l ation me nu</ e mp h asis>.
       </pa ra>
      <para>           < link type = " scilab"lin ken d=" sci l a b. xcos/xcos/exa m p les/ in teger_p al/ en_US/S HIF T_e n_U S.z co s">
             < in li nem ediao b ject>
             <ima geobj ect> 
              < im aged ata  f ilere f=". . /.. /../../ examples/ int e ger_ pa l/ en_US/S HIFT_en_US.zc os " align="c en ter "/>
                </imageobject>            </in linemedia obj ect>
        </lin k>
    < /para >      <para>
       Be lowthe det ails of the binary cou nter.
       </ para >     < par a>          <link ty pe="scilab "l in kend="scil a b.x co s/xcos/ example s/int e ger_pal /en_US/SH IFT_inter na l_en _ U S.z cos">
              <inli n emedi a ob ject> 
               <ima g eob ject> 
                   <ima gedata align="center" f ileref ="../ ../ ../../exa mpl e s/i nteger_pa l/en _US/SHIFT_ int ern al_en _US . zcos" />
            </image o bj ect >            </i nline med i aobjec t>
           </link > 

ic">shift_32_LA</emphasis>
 _ _   _ __ __  </para>
_  _   _  __</listitem>
        </itemizedlist>
     __ <para/>
___ </refsection>

   _<refsection id="Example_SHIFT">
   _ _  <title>Example</title>
     __ <para>
 _        _ In this example the Super_block is a_binary_counter_with 3 bits output._In order to obtain the corresponding_decimal value,
    _      _the outputs
    _    _ _<emphasis><literal>Q<subscript>1</subscript></literal></emphasis> and
   _  _ _  _<emphasis><literal>Q<subscript>2</subscript></literal></emphasis>
     _  _   of the counter_are_respectively shifted left
___ _  __ __of one bit and of two_bits._Finally the
     _   __ <emphasis><literal>Q<subscript>0</subscript></literal></emphasis>
  _    _    output, and_the shifted_outputs are_added.
        </para>
  _     <para>
_   _ __  __To better_see the output change, set the parameter_<emphasis>Real Time_Scale</emphasis> to 0.5
   _   __   in the <emphasis>Settings_menu</emphasis> item of the <emphasis>Simulation menu</emphasis>.
_    ___</para>
    _   <para>
  _  _      <link_type="scilab"_linkend="scilab.xcos/xcos/examples/integer_pal/en_US/SHIFT_en_US.zcos">
     __     ___ <inlinemediaobject>
   _     _        _ <imageobject>
 _    ___         _ _  _<imagedata fileref="../../../../examples/integer_pal/en_US/SHIFT_en_US.zcos" align="center"/>
       _      _     </imageobject>
     _       _  </inlinemediaobject>
    _   __  </link>
    ____</para>
  _  _  <para>
_ _  _ _  __Below the details of the binary counter.
        </para>
   _    <para>
 _    __  _ <link type="scilab" linkend="scilab.xcos/xcos/examples/integer_pal/en_US/SHIFT_internal_en_US.zcos">
_       _       <inlinemediaobject>
 __ _   _ _ _  _ _ _<imageobject>
 _      __        ____  <imagedata_align="center" fileref="../../../../examples/integer_pal/en_US/SHIFT_internal_en_US.zcos"/>
 _  _  __     _  _  </imageobject>
 _         _    </inlinemediaobject>
            </link>
