Re: [Users] Virtual CPU

19 Feb 2012

      ...
</span></span></p><p class=3DMsoNormal><span lang=3DEN-US =
...
<span class=3Dlongtext><span lang=3DEN =
...
<pre>_______________________________________________<o:p></o:p></pre><pr=
e>Users mailing list<o:p></o:p></pre><pre><a =
This is a multipart message in MIME format.

------=_NextPart_000_0047_01CCEF6F.DB1CD550
Content-Type: multipart/alternative;
	boundary="----=_NextPart_001_0048_01CCEF6F.DB1CD550"

------=_NextPart_001_0048_01CCEF6F.DB1CD550
Content-Type: text/plain;
	charset="utf-8"
Content-Transfer-Encoding: quoted-printable

You can explain in this case means that the field "Total Cores " and =
"CPU Sockets"  in the menu to create a new virtual machine (cpu.png)?

=20

=20

=20

From: Yaniv Kaul [mailto:ykaul@redhat.com]=20
Sent: Sunday, February 19, 2012 11:29 PM
To: =D0=B7=D0=BE=D1=80=D1=80=D1=8B=D1=87
Cc: users@ovirt.org
Subject: Re: [Users] Virtual CPU

=20

On 02/19/2012 08:02 PM, =D0=B7=D0=BE=D1=80=D1=80=D1=8B=D1=87 wrote:=20

Hi

I set up two nodes running ovirt.
The configuration of both servers is identical (node.png).
when you create a virtual machine to a setting is per (vm.png). It runs =
successfully.
If the setting "Number of CPU Cres," set to 3 (1 Socket (s), 3 Core (s) =
per Socket) (fail.png) - VM will not start. ovirt error:
=E2=80=9CCannot run VM. There are no available running Hosts with enough =
cores in VM's Cluster.=E2=80=9D
Why not?

You cannot run a VM with more sockets than the host's cores.
Y.

Do I understand correctly that the value of (1 Socket (s), 3 Core (s) =
per Socket) means 3 virtual CPU on a physical processor core nodes?
Number of CPU Cres: 2 (2 Socket (s), 1 Core (s) per Socket) - the =
virtual machine is started successfully
Number of CPU Cres: 4 (2 Socket (s), 2 Core (s) per Socket) - error.
Number of CPU Cres: 2 (1 Socket (s), 2 Core (s) per Socket) - the =
successful launch

_______________________________________________
Users mailing list
Users@ovirt.org
http://lists.ovirt.org/mailman/listinfo/users

=20

------=_NextPart_001_0048_01CCEF6F.DB1CD550
Content-Type: text/html;
	charset="utf-8"
Content-Transfer-Encoding: quoted-printable

<html xmlns:v=3D"urn:schemas-microsoft-com:vml" =
xmlns:o=3D"urn:schemas-microsoft-com:office:office" =
xmlns:w=3D"urn:schemas-microsoft-com:office:word" =
xmlns:m=3D"http://schemas.microsoft.com/office/2004/12/omml" =
xmlns=3D"http://www.w3.org/TR/REC-html40"><head>
<META HTTP-EQUIV=3D"Content-Type" CONTENT=3D"text/html; =
charset=3DUTF-8">
<meta name=3DGenerator content=3D"Microsoft Word 14 (filtered =
medium)"><style><!--
/* Font Definitions */
@font-face
	{font-family:"Cambria Math";
	panose-1:2 4 5 3 5 4 6 3 2 4;}
@font-face
	{font-family:"Arial Unicode MS";
	panose-1:2 11 6 4 2 2 2 2 2 4;}
@font-face
	{font-family:Calibri;
	panose-1:2 15 5 2 2 2 4 3 2 4;}
@font-face
	{font-family:Tahoma;
	panose-1:2 11 6 4 3 5 4 4 2 4;}
@font-face
	{font-family:Consolas;
	panose-1:2 11 6 9 2 2 4 3 2 4;}
@font-face
	{font-family:"\@Arial Unicode MS";
	panose-1:2 11 6 4 2 2 2 2 2 4;}
/* Style Definitions */
p.MsoNormal, li.MsoNormal, div.MsoNormal
	{margin:0cm;
	margin-bottom:.0001pt;
	font-size:11.0pt;
	font-family:"Calibri","sans-serif";
	color:black;
	mso-fareast-language:EN-US;}
a:link, span.MsoHyperlink
	{mso-style-priority:99;
	color:blue;
	text-decoration:underline;}
a:visited, span.MsoHyperlinkFollowed
	{mso-style-priority:99;
	color:purple;
	text-decoration:underline;}
pre
	{mso-style-priority:99;
	=
mso-style-link:"=D0=A1=D1=82=D0=B0=D0=BD=D0=B4=D0=B0=D1=80=D1=82=D0=BD=D1=
=8B=D0=B9 HTML =D0=97=D0=BD=D0=B0=D0=BA";
	margin:0cm;
	margin-bottom:.0001pt;
	font-size:10.0pt;
	font-family:"Courier New";
	color:black;}
span.EmailStyle17
	{mso-style-type:personal;
	font-family:"Calibri","sans-serif";
	color:windowtext;}
span.longtext
	{mso-style-name:long_text;}
span.hps
	{mso-style-name:hps;}
span.HTML
	=
{mso-style-name:"=D0=A1=D1=82=D0=B0=D0=BD=D0=B4=D0=B0=D1=80=D1=82=D0=BD=D1=
=8B=D0=B9 HTML =D0=97=D0=BD=D0=B0=D0=BA";
	mso-style-priority:99;
	=
mso-style-link:"=D0=A1=D1=82=D0=B0=D0=BD=D0=B4=D0=B0=D1=80=D1=82=D0=BD=D1=
=8B=D0=B9 HTML";
	font-family:Consolas;
	color:black;
	mso-fareast-language:EN-US;}
span.EmailStyle22
	{mso-style-type:personal-reply;
	font-family:"Calibri","sans-serif";
	color:#1F497D;}
.MsoChpDefault
	{mso-style-type:export-only;
	font-size:10.0pt;}
@page WordSection1
	{size:612.0pt 792.0pt;
	margin:2.0cm 42.5pt 2.0cm 3.0cm;}
div.WordSection1
	{page:WordSection1;}
--></style><!--[if gte mso 9]><xml>
<o:shapedefaults v:ext=3D"edit" spidmax=3D"1026" />
</xml><![endif]--><!--[if gte mso 9]><xml>
<o:shapelayout v:ext=3D"edit">
<o:idmap v:ext=3D"edit" data=3D"1" />
</o:shapelayout></xml><![endif]--></head><body bgcolor=3Dwhite lang=3DRU =
link=3Dblue vlink=3Dpurple><div class=3DWordSection1><p =
class=3DMsoNormal><span class=3Dhps><span lang=3DEN =
style=3D'font-family:"Arial","sans-serif";color:#333333'>You =
can</span></span><span class=3Dlongtext><span lang=3DEN =
style=3D'font-family:"Arial","sans-serif";color:#333333'> =
</span></span><span class=3Dhps><span lang=3DEN =
style=3D'font-family:"Arial","sans-serif";color:#333333'>explain</span></=
span><span class=3Dlongtext><span lang=3DEN =
style=3D'font-family:"Arial","sans-serif";color:#333333'> =
</span></span><span class=3Dhps><span lang=3DEN =
style=3D'font-family:"Arial","sans-serif";color:#333333'>in this =
case</span></span><span class=3Dlongtext><span lang=3DEN =
style=3D'font-family:"Arial","sans-serif";color:#333333'> =
</span></span><span class=3Dhps><span lang=3DEN =
style=3D'font-family:"Arial","sans-serif";color:#333333'>means</span></sp=
an><span class=3Dlongtext><span lang=3DEN =
style=3D'font-family:"Arial","sans-serif";color:#333333'> =
</span></span><span class=3Dhps><span lang=3DEN =
style=3D'font-family:"Arial","sans-serif";color:#333333'>that =
the</span></span><span class=3Dlongtext><span lang=3DEN =
style=3D'font-family:"Arial","sans-serif";color:#333333'> =
</span></span><span class=3Dhps><span lang=3DEN =
style=3D'font-family:"Arial","sans-serif";color:#333333'>field =
"</span></span><span class=3Dlongtext><span lang=3DEN =
style=3D'font-family:"Arial","sans-serif";color:#333333'>Total Cores =
" and </span></span><span class=3Dhps><span lang=3DEN =
style=3D'font-family:"Arial","sans-serif";color:#333333'>"</span></s=
pan><span lang=3DEN-US style=3D'font-family:"Arial","sans-serif"'>CPU =
Sockets</span><span class=3Dlongtext><span lang=3DEN =
style=3D'font-family:"Arial","sans-serif";color:#333333'>" =C2=A0in =
the menu </span></span><span class=3Dhps><span lang=3DEN =
style=3D'font-family:"Arial","sans-serif";color:#333333'>to create a =
new</span></span><span class=3Dlongtext><span lang=3DEN =
style=3D'font-family:"Arial","sans-serif";color:#333333'> =
</span></span><span class=3Dhps><span lang=3DEN =
style=3D'font-family:"Arial","sans-serif";color:#333333'>virtual machine =
(</span></span><span class=3Dlongtext><span lang=3DEN =
style=3D'font-family:"Arial","sans-serif";color:#333333'>cpu.png)?<o:p></=
o:p></span></span></p><p class=3DMsoNormal><span class=3Dlongtext><span =
lang=3DEN =
style=3D'font-family:"Arial","sans-serif";color:#333333'><o:p> </o:p=
style=3D'color:#1F497D'><o:p> </o:p></span></p><p =
class=3DMsoNormal><span lang=3DEN-US =
style=3D'color:#1F497D'><o:p> </o:p></span></p><div><div =
style=3D'border:none;border-top:solid #B5C4DF 1.0pt;padding:3.0pt 0cm =
0cm 0cm'><p class=3DMsoNormal><b><span =
style=3D'font-size:10.0pt;font-family:"Tahoma","sans-serif";color:windowt=
ext;mso-fareast-language:RU'>From:</span></b><span =
style=3D'font-size:10.0pt;font-family:"Tahoma","sans-serif";color:windowt=
ext;mso-fareast-language:RU'> Yaniv Kaul [mailto:ykaul@redhat.com] =
<br><b>Sent:</b> Sunday, February 19, 2012 11:29 PM<br><b>To:</b> =
=D0=B7=D0=BE=D1=80=D1=80=D1=8B=D1=87<br><b>Cc:</b> =
users@ovirt.org<br><b>Subject:</b> Re: [Users] Virtual =
CPU<o:p></o:p></span></p></div></div><p =
class=3DMsoNormal><o:p> </o:p></p><p class=3DMsoNormal>On =
02/19/2012 08:02 PM, =D0=B7=D0=BE=D1=80=D1=80=D1=8B=D1=87 wrote: =
<o:p></o:p></p><p class=3DMsoNormal><span =
lang=3DEN-US>Hi</span><o:p></o:p></p><p class=3DMsoNormal><span =
class=3Dhps><span lang=3DEN =
style=3D'font-family:"Arial","sans-serif";color:#333333'>I set =
up</span></span><span class=3Dlongtext><span lang=3DEN =
style=3D'font-family:"Arial","sans-serif";color:#333333'> =
</span></span><span class=3Dhps><span lang=3DEN =
style=3D'font-family:"Arial","sans-serif";color:#333333'>two</span></span=
style=3D'font-family:"Arial","sans-serif";color:#333333'> =
</span></span><span class=3Dhps><span lang=3DEN =
style=3D'font-family:"Arial","sans-serif";color:#333333'>nodes</span></sp=
an><span class=3Dlongtext><span lang=3DEN =
style=3D'font-family:"Arial","sans-serif";color:#333333'> =
</span></span><span class=3Dhps><span lang=3DEN =
style=3D'font-family:"Arial","sans-serif";color:#333333'>running</span></=
span><span class=3Dlongtext><span lang=3DEN =
style=3D'font-family:"Arial","sans-serif";color:#333333'> =
</span></span><span class=3Dhps><span lang=3DEN =
style=3D'font-family:"Arial","sans-serif";color:#333333'>ovirt</span></sp=
an><span class=3Dlongtext><span lang=3DEN =
style=3D'font-family:"Arial","sans-serif";color:#333333'>.</span></span><=
span lang=3DEN style=3D'font-family:"Arial","sans-serif"'><br><span =
class=3Dhps>The configuration of</span><span class=3Dlongtext> =
</span><span class=3Dhps>both servers</span><span class=3Dlongtext> =
</span><span class=3Dhps>is identical (</span><span =
class=3Dlongtext>node.png).</span><br><span class=3Dhps>when you create =
a</span><span class=3Dlongtext> </span><span class=3Dhps>virtual machine =
to</span><span class=3Dlongtext> </span><span class=3Dhps>a</span><span =
class=3Dlongtext> </span><span class=3Dhps>setting is per</span><span =
class=3Dlongtext> </span><span class=3Dhps>(</span><span =
class=3Dlongtext>vm.png). </span><span class=3Dhps>It runs</span><span =
class=3Dlongtext> </span><span class=3Dhps>successfully.</span><br><span =
class=3Dhps>If</span><span class=3Dlongtext> </span><span =
class=3Dhps>the setting</span><span class=3Dlongtext> </span><span =
class=3Dhps>"Number of CPU</span><span class=3Dlongtext> =
</span><span class=3Dhps>Cres</span><span class=3Dlongtext>," =
</span><span class=3Dhps>set to</span><span class=3Dlongtext> =
</span><span class=3Dhps>3</span><span class=3Dlongtext> </span><span =
class=3Dhps>(1</span><span class=3Dlongtext> </span><span =
class=3Dhps>Socket (s),</span><span class=3Dlongtext> </span><span =
class=3Dhps>3</span><span class=3Dlongtext> </span><span =
class=3Dhps>Core (s) per Socket) (</span><span =
class=3Dlongtext>fail.png) - </span><span class=3Dhps>VM</span><span =
class=3Dlongtext> </span><span class=3Dhps>will not start.</span><span =
class=3Dlongtext> </span><span class=3Dhps>ovirt</span><span =
class=3Dlongtext> </span><span class=3Dhps>error:</span><br><span =
class=3Dhps>=E2=80=9CCannot run VM.</span><span class=3Dlongtext> =
</span><span class=3Dhps>There are no available running Hosts with =
enough cores in VM's Cluster.=E2=80=9D</span><br><span class=3Dhps>Why =
not?</span><br><br></span><o:p></o:p></p><p class=3DMsoNormal><span =
style=3D'font-size:12.0pt;font-family:"Times New =
Roman","serif";mso-fareast-language:RU'><br>You cannot run a VM with =
more sockets than the host's =
cores.<br>Y.<br><br><br><o:p></o:p></span></p><p class=3DMsoNormal><span =
lang=3DEN =
style=3D'font-family:"Arial","sans-serif";color:#333333'><br><span =
class=3Dhps>Do I understand correctly</span><span class=3Dlongtext> =
</span><span class=3Dhps>that the value of</span><span class=3Dlongtext> =
</span><span class=3Dhps>(1</span><span class=3Dlongtext> </span><span =
class=3Dhps>Socket (s),</span><span class=3Dlongtext> </span><span =
class=3Dhps>3</span><span class=3Dlongtext> </span><span =
class=3Dhps>Core (s) per Socket)</span><span class=3Dlongtext> =
</span><span class=3Dhps>means 3</span><span class=3Dlongtext> =
</span><span class=3Dhps>virtual</span><span class=3Dlongtext> =
</span><span class=3Dhps>CPU on</span><span class=3Dlongtext> =
</span><span class=3Dhps>a</span><span class=3Dlongtext> </span><span =
class=3Dhps>physical</span><span class=3Dlongtext> </span><span =
class=3Dhps>processor core</span><span class=3Dlongtext> </span><span =
class=3Dhps>nodes</span><span class=3Dlongtext>?</span><br><span =
class=3Dhps>Number of CPU</span><span class=3Dlongtext> </span><span =
class=3Dhps>Cres</span><span class=3Dlongtext>: </span><span =
class=3Dhps>2 (2</span><span class=3Dlongtext> </span><span =
class=3Dhps>Socket (s),</span><span class=3Dlongtext> </span><span =
class=3Dhps>1</span><span class=3Dlongtext> </span><span =
class=3Dhps>Core (s) per Socket) -</span><span class=3Dlongtext> =
</span><span class=3Dhps>the virtual machine</span><span =
class=3Dlongtext> </span><span class=3Dhps>is started</span><span =
class=3Dlongtext> </span><span class=3Dhps>successfully</span><br><span =
class=3Dhps>Number of CPU</span><span class=3Dlongtext> </span><span =
class=3Dhps>Cres</span><span class=3Dlongtext>: 4 (2 </span><span =
class=3Dhps>Socket (s),</span><span class=3Dlongtext> </span><span =
class=3Dhps>2</span><span class=3Dlongtext> </span><span =
class=3Dhps>Core (s) per Socket) -</span><span class=3Dlongtext> =
</span><span class=3Dhps>error.</span><br><span class=3Dhps>Number of =
CPU</span><span class=3Dlongtext> </span><span =
class=3Dhps>Cres</span><span class=3Dlongtext>: 2 (1 </span><span =
class=3Dhps>Socket (s),</span><span class=3Dlongtext> </span><span =
class=3Dhps>2</span><span class=3Dlongtext> </span><span =
class=3Dhps>Core (s) per Socket) -</span><span class=3Dlongtext> =
</span><span class=3Dhps>the successful =
launch</span></span><o:p></o:p></p><p class=3DMsoNormal><span =
style=3D'font-size:12.0pt;font-family:"Times New =
Roman","serif";mso-fareast-language:RU'><br><br><br><o:p></o:p></span></p=
href=3D"mailto:Users@ovirt.org">Users@ovirt.org</a><o:p></o:p></pre><pre>=
<a =
href=3D"http://lists.ovirt.org/mailman/listinfo/users">http://lists.ovirt=
.org/mailman/listinfo/users</a><o:p></o:p></pre><p =
class=3DMsoNormal><span style=3D'font-size:12.0pt;font-family:"Times New =
Roman","serif";mso-fareast-language:RU'><o:p> </o:p></span></p></div=
...
</body></html>
------=_NextPart_001_0048_01CCEF6F.DB1CD550--
------=_NextPart_000_0047_01CCEF6F.DB1CD550
Content-Type: image/png;
	name="cpu.PNG"
Content-Transfer-Encoding: base64
Content-Disposition: attachment;
	filename="cpu.PNG"

iVBORw0KGgoAAAANSUhEUgAAAmAAAAHKCAYAAACkBPfFAAAAAXNSR0IArs4c6QAAAARnQU1BAACx
jwv8YQUAAAAJcEhZcwAADsMAAA7DAcdvqGQAAGP4SURBVHhe7b3bkx3Hfed5Hv3omCf/Gdb0xqgV
HRPrfZtHRyh2pJCaHmkkyxJblpuyNyzbKwltrVaUJUshsnUZYUgeW0tPjMO4CFSTINGEZgIkwIgh
0UQDI6JBgBgJBEibFwBsXnHLrcyqrMrMyjp1OXXq1OXTEQX0qaq8feuXVZ/+/X5ZZ3To0CGht4ce
ekh885vfFF/60pfEpz/9afGJT3yCDQ2wAWwAG8AGsAFsABuoYAOSpSRTSbaSjGUy10h+2Lt3r1hZ
WREf+9jH2NAAG8AGsAFsABvABrCBGdiAZC3JXJK9Rvfccw8iz0BkYBaYxwawAWwAG8AGsAGfDUj2
GpkHPvnJT4pHHnlEvPrqq+LGjRvizp07bGiADWAD2AA2gA1gA9hABRuQLCWZSrKVZCyTuWIAe/LJ
J8XNmzcFPyiAAiiAAiiAAiiAAvUqIBlLspaGsNHnPvc5ce3atVQru7u74tlnnxUPPPCA+OxnP0uY
kjAlNoANYAPYADaADWADE2zg0//xs+LjH/+4+I+f+az487/4S/GfHxiLk1tbFmNJ5pLsNZLuMf0j
Q44XLlxIucmIYRPDxgawAWwAG8AGsAFsoLwNSCD7xv97r9h6/lTMW5K9RvrT+++/L3784x9Dtvx1
gw1gA9gANoANYAPYQM028Jk//Lz4x30HYwhTACbh66/+6q8Qu2ax+Uuh/F8KaIZm2AA2gA1gA321
gf/wHz4VQ9hIhh3xfGHsfTV2xoVtYwPYADaADbTJBv7g058Vz57cEiOZ89WmjtEXJgo2gA1gA9gA
NoAN9NkGvvJ/7xEj970UfR4wY2NCYwPYADaADWAD2EAbbMB6EWtWh/7oj/5IfP3rXxf33XefGI/H
apO/y33yWBsGQh+YUNgANoANYAPYADbQFRvIBbA/+7M/E+vr6+pLJH2bPCbPyR/wQXFxwjvNrj77
nYw6onJXnxXfkUny33lWXJX16M8qcV6ec1EczEmiP+h04OLBthuq1uyqePY7Tl+1Dmrc3xHPhqKk
z3M1kSJcPFjgehXT5jthw8Hl8F0/3a/wwtvnmPZQoN8FFkhM7ou2E9mTfFvJt+di+lAPOmED2AA2
gA34bGAigH35y18WP/rRj8RPf/rTiZs8R5472chqArDUg1jXO/mhqh/OLgO2HcI0NLqAkw8bHoPX
lc0JwCzws2i4KQDjJsCDABvABrABbKAdNpAJYPLt93/zN3+jvF9FNnnu5DfmFwMlaRjms/niwUke
sDTU+YEq7SGKgcyEEcdFZtYVA8/Fi6EHLv4xwc/jiSpVpwdEEgILPYBqc9txPydaB93N+MnwnGnP
mqGL6zk0QaqMB8z0PNl1GuNON2Z7NmPPX9qrZvYlqcbU1LXB5POzkSdP1eoAqg3v9cAiN8B23AC5
DlwHbAAbmJcNZALYn/7pn4rvfe978fa3P/imuPc/f0r8Pw//H2qTv8t95jmyTPZAigFYlqcqDjla
IciiAGZAnRW6NAwv9eC3Q3qpfgX1HIwe2jGoueHRCnUmkOXCluSCaF8KyrIAzMDEFIkVA7A8z2Ex
ALsqLl4MsTUcQ9Tfq0HgWO2OoMaBq4Rxo5BpxnHtHcy1HRWqNkOQ2V5ZrbW/TkKY87ph0S4PS2wA
G+iLDWQC2Fe/+lXx7W9/O96++dO7xF//47+2NrnPPEeWyQcwn0NGexWSB2ImbKRywIqB3cc8MGSG
9cLDhnfD8QTFD2IT4DLO0fVWqtOT6+R669JhyWwAszyCqRCkx2Pn8YCZ19QFrqIA9uzBMHdPaRO1
cfXZg5Nz15xrnRq3czx9jbI9XmG+YNre7Da0PgZwRSdk5yxyc+zLzZFxYMvYADYwSxvIBLA9e/aI
b3zjG/H21//f/54CMLnPPEeWmQrAMhPs1ZM7Iwm/IICZCfxWBFF6V+xkcQsRo3b9oGE+oN2HddU6
PQZvJdz7xpsdgrQWJkwDYA7Aul6nyUn4EmyTUHLiOcxaPOB4ptQ1yF9okL5G7jXJA7JAewuwJuQt
1phHN8sJTt08QLABbAAbaKcNZAKY/Gqir33ta/G29rM0gMl95jmTv86oACjNGsAM71ISWjJDcT7v
XOj9yPL06P0Xn41WZ8YP5gkAFq3CK55In9R1UYcSLQCoEcAcSMvzeBX2gAWrOLVH8KoKO3pCoO71
tz63DMCyQtkFVmtyM2znzZDrwnXBBrCBJm0gE8Duuece8Rd/8Rfx9rX7/s+UB0zuM8+RZfI9YJPy
Z9IhoVRYqVII0gd/9r5UuNB5kGaChpOXZIb8Ktc5KQwZMaK92GBaAEvyy2JHlwK8NPS4YcAyAGbl
U3m8Wqm6nFw3u29mCDELkqf1gHlCkABWba8wafJGR1s8WLEBbKBtNpAJYH/4h3+o3u+lt//rL/9Y
/NX3Pyr2/N2/VZv8Xe4zz5Fl8gEsa1FemGidm0idCWDpVXFmX7z58OaKt4wTioTakqIOXE5RZ1pH
IxyW8r6UBDAlVZjvNlmXbC9eEV1SAGfAalje7nfha++YUHZfpgWwbHts++tL2najoT88/LABbAAb
sG0gE8CWl5fFysqK+JM/+ZNCmzxXlpkWwGR5EwquBqG9MD8++0Ws5oN7UnL0pNcpqH67Jxhhvome
nlRu1YTVlUXr9Hha0sn3Wa+lyAr3mkCVXvigoCxKlo9fxWB5+CRg2q8FKeMBy399hg18EnIyFzJo
CJuo5/QA5vujgAR8HiQ8SLABbAAbmNYGJr6I9VOf+pS4++67FYhN2uQ58txpO0N5DBobwAawAWwA
G8AGhmADuV9F9Ad/8AfqBavyOx99mzwmzxmCWIyRmwI2gA1gA9gANoAN1GEDuQAmG/nEJz6hIEt6
uT7zmc+oTf4u98ljdXSEOjBobAAbwAawAWwAGxiKDRQCsKGIwTiZ+NgANoANYAPYADbQhA0AYLxW
AA8mNoANYAPYADaADTRsAwBYw4I3QdW0wV9v2AA2gA1gA9hAu20AAAPA+KsHG8AGsAFsABvABhq2
AQCsYcH5i6Tdf5Fwfbg+2AA2gA1gA03YAAAGgPFXDzaADWAD2AA2gA00bAOjjC8GYjcKoAAKoAAK
oAAKoMCMFADAZiQs1aIACqAACqAACqBAlgKjk2cvCjY0wAawAWwAG8AGsAFsoDkbUAD2v33yL9nQ
YG42wN9HKIACKIACKDAkBSR7xQD21//4rwUbGjRtAxL++UEBFEABFECBISkAgAGdc4duAGxItxzG
igIogAIoIBUAwAAwAIx7AQqgAAqgAAo0rAAABoC1FsBOnz4t2NAAG8AGsAFsoC82YDIeAAaAAWCA
HqCLDWAD2AA20IANAGBA19yhy0z0z8oB68tfPIyDv96xAWwAG8AGpA0AYAAYANbAXzrccLnhYgPY
ADaADZg2AIABYAAYAEa4ARvABrABbKBhGwDAADAArOFJx1/B/BWMDWAD2AA2AIABYAAYAMZfvtgA
NoANYAMN20BFAHtIvOJ7R8bVh1r1ME+Su3V/XxM7T/F2+6bfbl+mPZLw+asQzwA2gA1gA0OwgfIA
9sLZqIwJM18WO+9Fu1sJYQBYGQia57kAGDfeIdx4GSN2jg1gAyUBLAGtV15wPElP/Texq2pLwOy/
Xn7N8ZOdFU9FIb+nrgaH3nstKhOd9t5/E/9VhwTj+pIqdJvpeoM2X9Dtm03q9gCweUJVmbYBMG5K
PJiwAWwAGxiCDZQDMA1FJihl5VDFnrIIgpzPCsDUjzyegN3u5S8HYcwkxBlCl/05BrC4H+75WfUR
giwDQ/M4FwDjxjuEG+8sx7hnzx7BhgbYQLtswDfnywGYhigDwBKQsj1Ven8IVBKibO+Ze1xDlTrf
004MXUGI0zo3AwDtc/CAzQOmqrQJgAFgs4STIdQtH7zvvvsOGxpgAzXYwL5DG2LaTc7J6QFsogfM
BCwjJ8yTrC+9WlkAJgzA8uX5m8cTuAvDoenQZFCDykkDwKrA0DzKAGAA2BAgaZZjBMCATwC8PhuQ
8HXr1q3KmyxfD4ClQoNmHpjfw5XKFTNzwAI+0hBlerhiD1hGQn/aA5aEIL31AWAtXZ2aXpEKgAFg
s4STIdQNgNX38AVk0FID2Ntvvy3KbhLcagSw4IEZ53IJYcOVk4fl5oAZSfV5HrB0Dpi9yjIFYHHd
btI9HrB5eLGmaRMAA8CGAEmzHCMABjQAjvXZQLsATHmwMt4DphLqE6+GLySooW1SCFI9wD2rIMNw
YhJqNEOQbi7abrDCMknyJwQ5DRQ1WRYAA8BmCSdDqBsAq+/hC8igZQsBjJeZNgklQ2oLAAPAhgBJ
sxwjAAY0AI712QAAxtcFdSaHa1pYLAdgT4qffdez1Pi7PxNPlvpKif3iJ8EqlZ/srwd+9v8k3ae6
6n7yZ98Ve0qPr55xzRIaqLu+a5QGsC1xeDwWY3fbd0xcLLFKbOuwruOw2CpRzoWBi8f2ifHhrXCF
3tbh5Pcp6gQ46gMOtLS1BMAAMADMC1QhgH33Z09aS3xDAPqu+NmTRR9qdQFYWE8akIL9NUETAFb0
mg73PD+A7RPHr9jryq+c2C/G+4+LXxcCn5fEsX1j8cRpXcdtcbNQuTQYKAB74owQt2+I8Peg0uB3
HvxAVBttAAADwACwEgAmvSkuqKS8UjEQebxoP9mvgC67jP/hXhiO9v/EelGm6R1Tbf7kZ5ZnLwZM
p5wFmU/+THzXeAGnCaVhnfuT8dQEg3it2gl52QB2R9z6wHzIvySe2j8W+49fEh9EMKWAKPaUaU9X
CF96//6nXwpgyd4njx3e0nWHx5LP7wjpPdt3TJZ7J4KuAMBOP560tf/pUt64Nj6o6VM/AdIHYAcO
HBBZm7lSsv5VkMDQYGBo2nBilfJVQpCuB0yBgQKSLC9Y6KlKyhXxgLll3Iev3xuXghQFUUa/nM8p
751z3At5EXzFIOd81iBZVxgU8GoneOnrUhzAIhg6ckbcufV+GA4cHxanbt0J3VxnjgSfnxDbCs5+
LY4HsBacGh56IgCyw88LfWroTTshXr4pz428ZdLJpT6HALY/cMHJdiwP2NNBOV3pnVsxCAIz/YSZ
Ll7XLA+YD8Dc11QAYABjp4CxNgA7LYEpOwypvULhQ6sIgEUescg7loaQEMDyIEe2awOjXc7uV7pv
PgBT+5x+me2k62w3QAB4012fMgCmoCsKByov1dMvB3ilw4sBSCnokp/TUHXztjw1Ch1ePCb2BeHM
KwqiSgCYEY7s4sOZPvcfFCeFIE0I870jDAADwIYJYK4HzAnRqe9Ji6ElA8AmlqniActYNGB446oA
mC/p3xwfADYd0HQNCMsAWJKD9RsrzGgm7Cs+u5mGqncldFmJ/U+IMwAYuWwVcwPbCrN5OWASwrJe
0AqAAWCDBDDLU+SG6HR+1yQAyy2Tfqjn54DlhykrA1imZy7PczcsOOkaTFXpb3EAC6Hq8dNByDHw
ZEkPmIQt348LYGpFpFxF+cEtoQKWV06I/eMj4ozynrmwFn72hiDxgAFsLQe2PACb9HZ8AAwAGxyA
+fOofiL2x4n80WrFGFo8YKRyryaV8YFLgVWQbg5YtGBAhy7zAOx0ql86380Jfwbn6VAnHrBhQWZR
AAsh6ilxSfKXzNVSOWBHxOkob0t7uMJkehOqjBWRUd5W+IqKwAMWhS91zldSLwDWVg8P/ZocRp0L
gMlcHDY0mIcN+P4C93sCir8HzA7T/UT8JFoZGNdrrjD0roL0lJmwMlOFAI3Nyg1LrWZMQC8XwE6b
YzZy3FLh0uQYAAaAZb0H7JLM4zKS3y/KpHgjrHj4VOjhSoUgt4wVjHIF5LFjgQdM54sFD7QgPCk/
q7qCd35tBUn7+0+kk/CTMObjU71bDIjofy7WvK5x4wB2+fJlwYYG87KB4gA2rAdrlXAUZYZnI/43
4d8IfFOeH8/Kww/00sbodL2S8d1331erHuPPKgs/+bkdfPFwCGsRDOjwpDwlCHHK09VqyyDkpNrQ
CfzxedXfLTavhzPt9h/85gJgu7u7gg0NmrYBCX0A2PCgAVCs75rzVUT9hwLAr7lrDIABg4OBYQCs
vgcxUDNMLQGw5h7OgFD/tQbAADAArNR3Ow7zwQtwcd2lDQBg/YcCwK+5a6wBTK5orLLJ8nJO+u7P
ZrTn5NmLYiT/kV6IpkNPtEe4U9oAHjAgApCczgYAsOYezoBQ/7WWADXtBoDhResEVANg0z18gRf0
c1fg8tlekYwe6DEPG8ADBoS1HsIAMAACiMQGsAFsYAg2QAgSKGsVlAFg3HiHcONljNg5NoANAGAA
GABGgr83QZQHBA8IbAAbwAZmZwMAGAAGgAFgABg2gA1gA9hAwzYAgAFgAFjDk46/KGf3FyXaoi02
gA10xQaqAdj2ulgcjcQo3lbExpxBZnt9UYxWNloFE7xao/yrNcgB4+bZlZsn/cRWsQFsYBobKA1g
CnRGi2J923i4bqyk9zUMZABYedhpIyACYNzQprmhURb7wQawga7YQEkA2xArLnxFoLWxEnjEDA9U
CGraS2Z6yGQdK2LdOL64vp14rhzvmnVsV5ZNPG/mMRfAVH/0uYvrYrthIGwj3HShTwAYN8+u3Dzp
J7aKDWAD09hAOQCTnq4CMKNgyDxPQZWGsAiiNKypY9qjFh5b2dDeHPOze2xXSMjSEGYCmNt+qj/A
WGtDtQAYN7RpbmiUDb+KiA0NsIF22cD0L2ItBGDbYn3RhCgJU+Y+14smj2kAC8/zQp6vbWNfAmC+
9rM9d13wCg2pjwAYAAZETWcD8sHLDwqgQD0KrK6uimm3er6KqDCAOTligccp8Vb5AMwEtgjC3PCh
bNtNsjc8awmA2WHKJAya7tOQwKYrYwXApnv4Ai/oB4DV8+ClFhSQCkj4qvIl3LqMLF8PgKkcrAyQ
ieGsigfM9ZjpEGRYlwozlvKAAVtdAS63nwAYAAFETmcDABjggAL1KaAB7K233hJlNwlhNQJYAEa+
FY9R4rzO3crPATMByQ1Ppr1hYb3Vc8C8fSYPrJV5YADYdA9f4AX9ALD6Hr7UhALtAjAJLgrCzPeA
pT1Ok1dBZgFYULf7jjEr7FhxFWSW1w4Iax2EAWAABBA5nQ0AYEADCtSngAaw69evi7Jb/R4woKV1
0NLVcKOv330GsAdXF8TC6oN83QffPDBTGwDA6nv4UhMKaAC7du2aKLsBYABjp4CxHIBtiHs/uiA+
eu+G80DL2l/Bs/DgqlhYWBUPFoKGsN2FBXP7qLh3I2y3PgB7UKwGbaw+WGE8hcZBvV32wqUB7KhY
tSIWUfRiaa84X+L5enRVRz1WxdES5dxTz+9dEqPVqIajq8nvU9RJURSYlQIawK5evSrKbgAYAAaA
TQMdRQFs417xUQlerodL7o/2AWCAXRNg5wewJbHXoS0FQoUh7LzYuzQSmpumediZAGbB2DSVUhYF
ZqSABrA33nhDlN0AMAAMAFMAFnqNYu+UA0oKjozjyqumocrYn+V1KgJX9jlpL9bGvR8VCx+9V2xo
YFTwZ/RLHfN42eKxOMfMutRYAm/cgxEo4kGbaRiwCdDKaqMogInA/yWhaskgMwVEsbdMe7rC8/T+
8Hx7nzyWwFka1qT3TLcTQ5f0fum2CoPgjJ6yVIsCGQpoAHv99deF3uwceDMffhSfI88FwAAwACyC
liRUaYcoU+BjeK1OF/KAFQsJlgIwDUxR+PK0GoMOhfrai+DLhTH9WcOkCWXTeAYp21qAKw5gAUa5
4cCREV5UgGRDWBI5DB46hjvM9qYVBDCJcWb7IAAKtFABDWCvvfaaMDcfhLnnAGAAWO8BzM65SjxG
MXD5IMrYpwAsK8+rMIAluV5ZnonyAJaV5+UBMAVYTq6a7LsGrhTQEQ6cp5dqlm2XATBh5GCZXqrw
OWiCVE4I8vxesRR7sQCwFnIEXaqogAawF198UbibCWG+4wAYANZ7AMtNws8BsNC75E+cn5sHLPAw
hWDoAcoonGqFQ91wZVwugjIArLUeq7phrAyAJR6odEhRP1xCR5cHwCR0Wcn9fm+ZLO0NQeIBq4gE
FGtSAQ1g586dE75NzpOsYwAYAAaA5QKY7Q1SnirtOSrkASu2wrGUB8wN8al+aC+bxwOW108ADABL
LXm0oUpCUnaSffpcK4FfwVgWgNm5ZiThN4kPtDWtAhrAzp49K8puABgABoDl5IA9uGqHD62csKLg
UnoVpPuqjGiRgAF+lmfP6ofvNRtuDli08IAQ5GDAS3vSinrA1GslzOR3K+dLuaeUhyvtAfOHGJN8
MdvjpcKcQT2pJHw8YNOyAeUbUEAD2K9+9StRdqsMYPJ9TGxoMA8b8M0pf5imzHvAJqyCTIXv7Fwq
c4Xk5HdvOW2oMOCE94BZ7a6Ke61VkOm6MkOOWasgg/ZjiCsKkiTXdx7YpnkPmL0KcsLKRnMFo4S0
vSasJfCmwpgBwWWFIDXkmfDWwDOVJlCgsAIawM6cOSPKbgAYINk5kC4OYCSS150/RH3dtynehF/4
2cqJKJCrgAaw7e1tUXarDGB9+nobxiK/zLwbW7k34Xf/YQnwcA3rtgEALPeZygkoUFgBDWCnTp0S
ZTcArCPg0RVAmnU/ATCApG4gGVp9AFjhZysnokCuAhrAtra2RNkNAAPAOuP9knAHgAFgQwOmuscL
gOU+UzkBBQoroAFMwlSVTZaXc9I3z81OnDx7UYzkP/IhOGtPB/V3IyTY9HUCwACwuoFkaPUBYIWf
rZyIArkKSICadgPA8IR1AqoBMABsaMBU93jlzZ4NDbCBdtkAHjAgrPUQBoABYHUDCfVhU9gANtBG
GyAECZS1CsoAMG6UbbxR0ifsEhvABuq2AQAMAAPAePlo518+WveNkfp42GID2MCsbQAAA8AAMAAM
AMMGsAFsABto2AYAMAAMAGt40s36ryrq5y93bAAbwAbabwMlAWxDrIwWxfq2+wqFbbG+OBIrG1O+
WmF7XSwurottoKhVUNTkqyjIAWv/TYMbO9cIG8AGsIHpbaBdALaxIkYA2GDhixexTj+huSmiITaA
DWAD3bCBmQHY9vqiGI1G0bYiNgyv1saK3i//j45J71fG+U16YGhrSi/mlN5LPGDduHFwg+c6YQPY
ADYwnQ3MBMAUfJmeLAVXIWi5x6zPeMAG7f3CAzbdZOZmiH7YADaADXTHBioAmOm9sn8Pc8B8+WDG
PglZgafLmy8GgAFgwddg+X64qXTnpsK14lphA9gANpBvAxUALC8JX8JW+hwZdlxc3w4BI4IwHaKM
YQwAA8AyACz3C7s4AQVQAAVQAAU6qkCBL+MusgoyxwPm5ggpGIvywAAwAAwA6+jtg26jAAqgAApU
VaAmAEvnee1OyAFT3jCdLwaAAWAAWNX5SzkUQAEUQIGOKlAbgMkwY/FVkGa4UnrYZF6ZL8w539V5
rI5sRv+sVZAdnVN0GwVQAAVQAAVyFSgAYM08hIGd4eoMgOXOU05AARRAARTomQIA2JTvsAIcpwdH
AKxndxWGgwIogAIokKsAAAaAzT0HDQDLnaecgAIogAIo0DMFADAADADr2aRmOCiAAiiAAu1XAAAD
wACw9s9TeogCKIACKNAzBQAwAAwA69mkZjgogAIogALtVwAAA8AAsPbPU3qIAiiAAijQMwUAMAAM
AOvZpGY4KIACKIAC7VcAAAPAALD2z1N6iAIogAIo0DMFLACTrwNgQ4N52EDP5hXDQQEUQAEUQIGJ
CgBgQGcroJt5igIogAIogAJDUsACsNOnTws2NGjaBngR65BuOYwVBVAABVBAKgCAAZ1zh24AjJsR
CqAACqDA0BQAwAAwAGxos57xogAKoAAKzF0BAAwAA8DmPg3pAAqgAAqgwNAUAMAAMABsaLOe8aIA
CqAACsxdAQAMAAPA5j4N6QAKoAAKoMDQFADAADAAbGiznvGiAAqgAArMXQEADAADwOY+DekACqAA
CqDA0BQAwAAwAGxos57xogAKoAAKzF0BAAwAA8DmPg3pAAqgAAqgwNAUKABgD4i7Rh8Sex513xD/
qNjzoZG464Fo/wN3idGH9ohHc4Emq768N9DLcqOCbeTVJY+b/SjepwfuGokP7XnUDy2P7hEfGt0l
HpAamL+b2sj9hXQqMoZ+nMOLWId222G8KIACKIAC9QFYLnhpWCgOO9ZX4kiIuWuPDX2F28wDleJ9
mghgZn9MADP3FwbVvD735zgAxo0IBepTYM+e4D7JhgbYQKttQM74+gDMAQsJKiPpsQq2DwWGcJf2
DGnP054AqKLjo7seyAmDhd426Xl6dM+HAhDT5yf7E1gLPWWhZy48HrcT75/sAVNt6L7J/43+hQAm
xxPVa3qz8jxg6rjuz12Bcch2Io9ZBGmq7YF5yACw+h6+1IQCEr74QQEUaK8Ceo7OBMBciAhhTING
FErUUKOgxBfiNDw8KbAxznc9SsZn1a4BT3a/MkKQsrwJRU7/7LGctoEwD8AkZFn9dQFSfs7Rojav
X3s8aABYe28U9Kx7CgBg3btm9HhYCpQEMNuL5PUoxWDh5IYpYJCwYwKYCRn50OGClP3Zbi83Ryv2
LhXNAbP7l6o/C7qycsB8wGjmjQ3M+yU9lwDYsG4+jHa2CgBgs9WX2lFgWgVKAliZJHwfUOUBmJHM
73p4rLCdCYJJ6C4JS3pyuVLlfSDolssOXaYBzxhbaQ+YhtMkvJqZ4N9Dz5cOGwNg005nyqNAokBb
AezoanD/Xj1aw6U6KlbNFJHg96W955N6z+8VS/HxJWEeqqFxqkCBqRWYMYC5QFUdwPw5UU7oToOP
Lw8tK0craxWkCkG6HrpkPLV7wAKwCsf4ofxQbE8hrByA7Yjx8oJYWFgQa5vmPAj3L493pp4cVIAC
XVZgpgCm4KYa1NQGYKoPq8KPchLOjP4dXQ3u51nndvkq0/cuKzBDANNAkbySIp0Dlg041spHBUkZ
3jErVyv0un0oStQP60iHQrP7kXjA7CT/KGfL6EO9OWBRHpb20g0w/Fg+BBmB1tqaWF5YEwmDAWBd
viHR9/oU6D2ASaha2isMn1ci3qRj9UlMTSgwlQIzBTD5UM1dBRm/V8yXMxaCiQs7PjjTSfbhykV7
RaFKeDdc1XcFq4PkKsRwhWRWDli0SCBeoRm++kK3k1oFaa7gLBKCjKDS9rKFY43fqdZTT5d9/ZJF
AFU8YNLTtTNeNjxeLoBtirXASyY9ZXqzvGOba8H+NTEO6ojPWR6LnZ1xAHa6zLJwHWqyzaTO9PGp
ZiWFUaAGBUwAU14nfS+LocXxEgVtyvPCMN55sXcp+H111QjjaQ+SGfrzecGismbMz/BAuR4wq2+m
1yrysq2uLiV9N0KX5/cG+zNCmbV52Wq4DlSBAlkKlACwGlbLZb0Ta2CgkQUg9iKFGvTumK5VAUwE
/q+12AuW4wFTwGUAk/pshiw1sCVetc21AMQklEWzKISv5Lj7mdsNCrRBgRjAHG9QAlkmcMkem0AW
QlQStos+a+DJCUEqODK8UyYQWXDk6VsMVTqHy2pzJPRHG9yCvjrtLe09Go0hhM9a0s7acGHpQ28U
mCmATX79w/AAIxu8jG8RyH0XWn91qw5gQnnBFlQyWF4IMgSsOG8s8oBNDGFa54T123lnsk68YL25
K/ZkIBaAZQGICUAWDKW9WBY45eWAWcdlXYmnLNs7lQd5oectBCnn3Mh7p+EthDNywHpiyr0dxkwB
LPToGK7vgeY25YJXrJMTOu2YByt/nJPhcRoAC71gEoLSAGaHC53E/dIAlg5p6lCkDWW9vWcwsI4o
YOWAqRBgci9OvEGJ10t6rZJVhGUAzF6NqOuIPW0SxjK8YcJZqbgkvW6ZXjYTwDwXYUKYM/Tu4QXr
iOkOppszBrD+emumhQ3Kp21jOgAL5qyEqbWxtQoyHR6c1gPmlB/MrYKBdk2BrCR8FR40VgSGoCTD
dWY+VxkAy1Am8qgdtcAuDHtaniojNjjZy1YAwCLQS+eHpfPdunY96W//FADABuZlajP4TQ1gUfjR
zOlS+VumayrK+aoegozCndbKS8l+hCD7d3vs9oj0zd3NxwoIyF49GHvHzNc01ABgkdfJff1DCsC0
d8yb82VCoQlgaRgzc9tCz5oTgsxaMdnty0zvO6wAAAaA5Xz/ZnNezOkBLPKCeZPqoxWNwWsrpssB
C2d7KqxpJOl3+H5A13ukQOYqyNT7u6IQopWlngNgOgcrJ6zny/dKe7mi0GgASNJbFifTp/LMXOhy
XsTqZtlb4U3eAdYj0+7NUAAwAKyjANabOchAUGAmChR/D1gIW6wSnMlloFIUyFQAAAPAADBuECjQ
QwUKA9jEN8r3UBiGhAItUcALYDIUxIYG87CBlswLuoECnVegCICFCfl4vzp/sRlAJxUAwIDNVsF2
J2cRnUaBFipQBMBa2G26hAKDUcALYLu7u4INDZq2gXJJ+IOZowwUBSopAIBVko1CKNCYAgAYsNka
2AbAGpv3NDQABeTNnQ0NsIF224C8FZ08e1GM5D/yIdi054P28LZJGwDABkAFDBEFUAAFUMBSAADD
EzZ38AbAuCuhAAqgAAoMTQEADAADwIY26xkvCqAACqDA3BUAwAAwAGzu05AOoAAKoAAKDE0BAAwA
A8CGNusZLwqgAAqgwNwVAMAAMABs7tOQDqAACqAACgxNAQAMAAPAhjbrGS8KoAAKoMDcFQDAADAA
bO7TkA6gAAqgAAoMTQEADAADwIY26xkvCqAACqDA3BUoAGAbYiX40lb5xa3utri+PfeH98xf5rqx
osadGqvcv7gutiXAmb/PBOi2xfrioljfjl7cur0uFkcrYmMmbTX/cljeAzb3+wAdQAEUQAEUaFiB
ggBmPPz1Q19BgGd/T6BAg93GykisrHuAp1EAkxDcX60BsIZnPc31WgG+gqbdX0HD9eH6lPguyOyH
v4QT0zO0vb5oeMlsD408N/Gg2ceyy0nPTwBAG4lXxmwzgSNZd1SnAsOkLbPspP55PWkxZKb7YXm9
HA+YNVbtJbPA1de/sA3Tyxj23d6v9jkesMn6BeC2Hnrx1Lay0TqvJQDWax5gcA0rwJdxNyw4zaFA
SQWmB7AIdGLAUaE6A6yMzwoQDBAxP7vHbLjIBzCz3t3dMFwa98ns44T+ZYUxVd8iYEn1M8MDpuDL
hBwLzrL755az23Mg2ACwIvolGjntt8RbCYCVnL2cjgITFADAMA8UaLcCJQEsPwfM9YZpz42CoSiP
yvRGhdDj8SxZ+/IBzMrNku1keHgm9s8LIi6sOJ+9AObzFhr7JvQvBYESsmJozQKwavqlr0PzeV/m
eAGwdt8s6F23FADAunW96O3wFCgJYHb+kfLWWKG1dPhMh7xsD5kbenOSyyMQSmCpHICZHisbaAr0
z4EwO6xnAKgGvEwAc5PjkzFk989MrveFaicBWDo3rKh+M1/AUNDD1nkA2xmL5YVlMd6Z4kayuSYW
FtbE5hRVUBQFpAJtBbCjq8G9bfVoDRfpqFh1FoUt7T2f1Ht+r1iKjy8J81ANjVMFCkytwFQAFucl
GRCm8rGMXK2JD/c4HFjWgxOer71eKa/WhNWIpfoXeeFSKx/NhQdVPWBuTpgBnRbUWnle9XrA2rZ6
tRyA7Yjx8kIAK862PBbT8M9UM6osgPlgCwCb6hJQOFFgpgCm4KYa1NQGYKoPq8KPchLOjP4dXQ1S
Y7LOxWpQYD4KTAlgOhHcSMJ3c6yM/KtJ+VOTc5h2hQVZzish0mHFCWHDCf1LwaJ7ruHJiXO16sgB
i3PW/J6+JKduuhywrEUM3fSAhQC27LibNtckkE3phWpqLgJbTSk9yHZ6D2ASqpb2CsPnlVznSccG
aQ0Muo0KTA9gAZToMJ32qLhhO/fBn6zws8NmE1cnmqsag/CfuwrS76VKwnjZqzSzPHbRe8+yVgvq
fLaV7PeAlVkFGfcvqjcO3apXXyR91HWq80utgsxeRdonAJOTbGe8LBYcT1gIZnqzQ3zqfNOTtmYE
AJVXyygbHdNtbMZlgzpdD1gEWGOzft0vt96gDVW1B8om9V0dWxtb3kAXStt446FPs1fABDDlddLh
uBhaHC9R0CV5XhjGOy/2LgW/r64aYTztQTJDfz4vWFTWjPkZHijXA2b1zfRaRV621dWlpO9G6PL8
3mB/RiizNi/b7C8TLQxYgRIANt8E7bZAAv2YnR1UCUF6YcMBIQUpBpBZn1PAsynWHEhKeCzwugWw
I0OcGtqs9r0AZnrporCprrBACNKFSfdzyuOn6uyIB3DAN94mhh4DmOMNSiDLBC7ZIxPIQohKwnbR
Zw08OSFIBUeGd8oEIguOPH2LoUrncFltjoT+aINb0FenvaW9R6MxhPBZS9pZExeONgajAABWMEEc
8JodeGltawOwIIV9LYYQ8/doXitQirxgE4Al9C750+F9XraAyuwkfA9gWeVyAUz2PfKMxbcke1+6
j74yg7mfMVBDAQvAsgDEBCALhtJeLAuc8nLArOOyrsRTlu2dyoO80PMWgpRzbuS90/AWwhk5YEyI
disAgAFgrXkha20AZoKQJ9QXhhsTL5Ed4kuAZxYAZoUYAbB23x073jsrB0yFAJMwZOINSrxe0muV
rCIsA2D2akRdR+xpkzCW4Q0TzkrFJel1y/SymQDmuTgTwpyhdw8vWMdNunfdB8AAsN4BmOVlKrky
MQwtht6xWQAYHrDe3UNbO6CsJHwVHjRWBIagJMN1Zj5XGQDLkCDyqB21wC4Me1qeKiM2ONnLVgDA
ItBL54el891ae+Ho2GAUAMAAsF4BmG8VpJsDFmRwBUnrIWRJILKijKZXKvKeZeaAua+8yA1BhuHB
OG/MB4eOV6xQDpg9AE/YcjD3MwbqCUG6+VgBAdmrB2PvmPmahhoALPI6ua9/SAGY9o55c75MKDQB
LA1jZm5b6FlzQpBZKyaxGhSYkwIAGADWaQAr+h4wN8wY53alQpROArsCouxVkNY7xzKS8M3y/tdm
hPVXXwVp5qmRAzane2nrms1cBZl6f1cUQrSy1HMATOdg5YT1fPleaS9XFBoNAEl6y+Jk+lSemQtd
zotY3Sx7K7zJO8BaZ6B0KH5Z8smzF8VI/iPzcEg4n33CORqnNS6XA9aB2ct7vjpwkfrbxeLvAQth
i1WC/bUFRtZOBfCA4QFrDXADYO28SdCrbipQGMAmvlG+m2On1yjQBQW8ACYfhGxoMA8b6MKkKdxH
PGCFpeLE+hUoAmBhQj7er/rVp0YUyFcAAAM2WwXb+SbLGSiAAkUUKAJgRerhHBRAgdkoQAiSECQh
yNnMLWpFgbkqAIDNVX4aR4FcBQAwAAwAy50mnIAC3VNA3tzZ0AAbaLcNyDsLqyABsbmDWO+S8Lv3
zKbHKIACKIACDSsAgAFgAFjDk47mUAAFUAAFUAAAA8AAMO4DKIACKIACKNCwAgAYAAaANTzpaA4F
UAAFUAAFADAADADjPoACKIACKIACDSsAgAFgAFjDk47mUAAFUAAFUAAAA8AAMO4DKIACKIACKNCw
AgAYAAaANTzpaA4FUAAFUAAFADAADADjPoACPVKAF3C2+wWcXJ9hXh/fLaYAgG2IleBLW+UXt1rb
ykY9D+7tdbG4uC62J4JQug+L69sl2pflV8SGbmNjRYxy29wtUT/n7k4BsryItUdPf4YydwXkA/7d
d99hQwNsoAYb2HdoQ0y7ZX09WEEAWxTr2yZkbIv1xZFY2agBPPJgSAJaAH92W2H7o6IQqOowAGwK
WJgGNCjrtxcAbO7PbDrQIwUAMOATAK/PBiR83bp1q/Imy9cMYLtie31RWF4oCVKxl8wPbPFxDU4R
XIX7fYA0CfTsY7I/o5X1EMys+kzvWdQvB/o2VgzvnuUZCz1n67LuaGzZY64JSAcIhwBYj57+DGXu
CgBg9T18ARm01AD29ttvi7KbBLcZAJgDRgq+TICS4KIhLDzXBJcQlqIQ5iQPWI7nyqxH/R63GQJi
HGZ06zHaVPBletKs/kTwZgFjNC5VpwGa7ucBglRVDx8ANvdnNh3okQIAGNAAONZnAy0AsHQOmAlU
EmLcnKx4nw+izH15ADYhVysFYFZI0oDATAAzQVGHx8x97nEJkxq6HDgDuCrnzAFgPXr6M5S5KwCA
1ffwBWTQsgUA5oYUbQ+ThC03HyyGI2+SvQE2eQA2IXfLBTAbAg0v3UQAc0OfpnfPB2DmWJ3FAUVz
0oA1C9Y6DWAXNsT9e+4XGxfm/tydYwcuiI3794j7hy3CHPW3mwbAgAbAsT4baCWA7RpQMzMP2G7Z
HDBzZeasPGBZuV4hjNWyMGFggFYOwMKHfWop9/0bYi4M1DSAnXg4PfZg1Vusx8Mn5gACJQFMjeFh
MY+ezkGcxptMA9iWODwei7G7Hd5KVsldPCb2jQ+LrWlXjW0dFuN9x8TFaeuhPCsYW2IDrQQwK8dq
VjlgEkQKroKcXQ6Y6f1zvWrmMV84s4ZVogOAsSoAZntbToiHAwiZiwemaQCzHufhuOfCXFY/ALDG
KWtCg34A2yeOXzELXREn9o/FkdM3wge9ArAnxBlxW9yc5sEnAWz/cXHlzi3xwTT1UBYAa4kNtADA
PO8Bc0ODVVZBKrjQYbx0mDNJ6s5/D1gYjlxJ3llm5Y5Fr63QHqpSqyAzAEz23RpzOg+ualL60MpN
D2BCnHg48ALFJOLxkjmUos43PEcWvCmoSo67YOeW3ZMbggxBye+liiBqw2yzaEhzEoBlt3lh436x
J/AYbpgaSH0s75rpodKAtWGNI5HUBTCnbROOHW2lJsllm6x7myCnzX3JBrA74tYHSWjm4rF9Yn9A
ZbdvpgFs67DtMdt37KUYCOSxw8cksEXnmB4vC8C0522fOHaxvpAQ4TW0bNIGfAB24MABkbWZKyVr
WAXZDS+OtbJyAF6jPkHa9AAmH/gToCV66OsHvQaQOGQpjycHFXy5UGCVNcNnuR4wF04yYMUIoSrA
KxRSzQIw1yNof1bj94FP3GYEsCmgNaBMwZrWPMcDZp0boIsvBOlcI+F+bjPxtKxvxQDsJXFs31g8
fvqOuHPrfcsDdikAMxlGvHQ7GtiZI0H48og4I88LvBIhnB0Rp4Ml9ndE6Enbf/xS6PGKAey0eDwA
tH3HfhP41OSPDX9NPkBpC2CbxgayPGA+AHNfUwGAAWOVVyc2BXlVACz9dR6TvEY2IIQA4s9BUsc8
3rLQCxbWYx3OAzAfbFj7PBBVOEcqA8BkeQfgzHGlADTIxnJDmfY5PsAyy+SFIJ36PeObrHvLCKfl
3SmaA7bv2K/FrTvC6wH7QB6Iw4jSk5WEJyWASc9ZUFKFK7UnTYGcArD9Yr8BX2p/S8JJ9AMYK2sD
k0KQJoT53hEGgAFgvQSwVL6XC0KeZPWkjBuiTOAtHV6MQoeKujzA00IA0x6urIUK9QCYCV1pAPP1
IQZXD4BN1r3lxNOy7hXLARPiyon9ASw9FSbMp3LA3MR9mUMWApcGMA1WEsDGT5wJPWkSwAL4OnL8
eABhides7EOP8wGltthAXg6YhLCsF7QOBsCa8tbQTv0h6SoesHTCvQEBbsgr8lxlJembIT87l8x9
snYIwCaEMOsBsGwPWNrDmO8Bm6x7ywin5d0pFoLU0BVAkvR0GQCmQpBqReSNKHx4RhwZ7xcnroRh
xCwAE7eDhH4dggw0Ov1EEKo8cnq6pH48Z3gP52wDeQA26e34ABgesGF4wAzo8uZ4GYngJx62w5XW
+b7co6BuDW9uflbouSke/tRhzAQGZxCCjDx1qYUFkQuqDgCzIcv2gKVgKvJG2nl1jmY5ureceVrV
vaIApjxX+46LyzKUaADYdhBi3Hf8shViHI+lB6wEgEVQt1+C28vRSss5P0jb4lGhH93y7gFgQFTr
IWoaz2AVD9jkHDAnxHj/w+Jh80WhqfCkkw+WWqlnwoJd98Nq9WLeqsUCqyDNl2JNmwOmcCC9EjFz
EULBHDBbc98qSb2swR1voL/zugwz5Ji1CjJ/dWmruKc1nSmaAya9XKd0rpcZggx+lzlc+r1h+4IV
jzKhfv+Jy8U9YFH+2MWngjBnAGHHf92thy6QxPXSNgCAAWAAWGseb0PsSF6S/RA1ae+Y/W/C1+FE
t9/Ge78+kKsao8/q9+TnTrDiUa5m1HlfN4MPZnK9StqXIUjp5QoPxu8BU8dYBUkosaMeUAAMAAPA
2vu8G0DPALAuXWS+igjvDR68+mygMQCToSA2NJiHDXTpATe8vgJgXbrmAFh9D19ABi0BMMCw92Dc
pQccfUWBNisAgAENgGN9NqABTK5orLLJ8nJO+n5Onr0oRvIf6fWYJpGasvW/nmEompZLwm/zo4++
ocD8FQDA6nv4AjJoKQFq2g0AI4+stYANgM3/oU0P+qNAeoWw/b2nHEcPbKB5G8ADBoS1EsIAsP48
/BkJCqAACqBAMQUIQQJlc4cyAKzYZOUsFEABFECB/igAgAFgAFh/5jMjQQEUQAEU6IgCABgABoB1
ZLLSTRRAARRAgf4oAIABYABYf+YzI0EBFEABFOiIAgAYAAaAdWSy0k0UQAEUQIH+KACAAWAAWH/m
MyNBARRAARToiAIAGAAGgHVkstJNFEABFECB/ihQHMC218XiaCRG8bYiNuqAF1nv4rrYrqOuSXVs
rBh9N8bRRNtFxubosLEyEovr23OHoybexs9rKPpzQ2EkKIACKIACxRQoBGDb64sBvCyK9W3j63YU
0Dj7ioCGe46spwkIymhHgs5oZWP+oNOUDlWu0YzLAGDFJitnoQAKoAAK9EeBAgC2IVYyQMuCFxcg
lMcs8ZKpc13vmeVV0+dui/VF41wTjmQbwecQCINzInBzP3u9NlmAY+yXfVxZ156+qD+O529lI4HQ
0Eu1HugT9dcFScvrZsKq1HRFrMfjWDS8i2G7tgdsgia7sq4MvWYMTnV5xwCw/txQGAkKoAAKoEAx
BfIBrKhnZgKAKUAy4MT6bJULQcMMvalzNYRFQKOPa6izPmd5s7zjsNtT9ZkQpeDLBKfwfA1hYfsO
ZOr23bLW5xCarBCj0z8TwFwvXfLZ1SutX12QNMt6ALBik5WzUAAFUAAF+qNAIwC2G4GT6T2KH+gm
eDheM3WOuc+FqLzPpgcoKwfMADY378qCv6guc18qT8voq69scr7Hq5gJYJ5zjXZcCJwlKM2qbgCs
PzcURoICKIACKFBMgWYATMKLA0AxjLkAlsoHMwAkD7gmeesKePJ8AJZKhHdDlkZIcleFA0OPmR1y
TUKEYX0lACy1+EHXlRPe7Uj4UUIdAFZssnIWCqAACqBAfxTIBzAfLOiHuwk1PjgywnOW90TBWAQQ
TXrAcpL96/aAZa9iLAFgSv/iK05bs6igBAACYP25oTASFEABFECBYgoUADDtvXJWPEaemdiTZYUP
ddJ4CA5uDpjyhmkYKpsDZkJUnkfMDUGWBLAw/FlTDliULF/aAxYl5JsrNcNFB1LbdM5XF19fAYAV
m6ychQIogAIo0B8FigGYJ4ToewVFEnYLoGVj0ipId0WgDKvpfTmrIJsEsDgHLQkhplZBrqwkKxjd
BQBO2DXxiPlWlurVjEkIMznf0cTyiDmrIJt4pUcJ71aRvDEArD83FEaCAiiAAihQTIHiAFbzQ7fI
g7nt53TR29RGTQGwYpOVs1AABVAABfqjAAA2BVgCYMaLeafQEQDrzw2FkaAACqAAChRTAACbAhwA
MACs2DTjLBRAARRAARSwFQDApgCwNobzutgnPGDcllAABVAABYamAAAGgM39ezABsKHddhgvCqAA
CqAAAAaAAWDcB1AABVAABVCgYQUAMAAMAGt40tEcCqAACqAACgBgABgAxn0ABVAABVAABRpWAAAD
wACwhicdzaEACqAACqCABWAyGZoNDeZhA0xFFEABFEABFBiSAgAY0NkK6B7SpGOsKIACKIACKACA
AWAAGPcBFEABFEABFGhYAQAMAAPAGp50NIcCKIACKIACABgABoBxH0CBHimwZ88ewYYG2EC7bUDe
cgAwAAwA69HDl6GggHzw8oMCKNBeBfQcBcAAMACsvfOUnqFAaQUAsNKSUQAFGlUAAAO8WgFe+pUX
jVo/jaFAjxUAwHp8cRlaLxQAwAAwAKzTU3lTrC0siLXNTg+Czs9AgSwAO7o6EqPVo0aLR8XqKNhn
bEt7z6d7dHRVjJb2CuuI3JdXLqpJtRucazWtjun2l4Ru9vzeJavesI3k+AzkokoUaFwBAAwA6yiA
7Yjx8oJY8MHH5prav9ALKknGqcYUbcvjnehmAYA1ftfsSINeANPAZFLQ+b1iabQaYNCEH13OBDBV
zoAi9dkHWGG9EsCWlgKwcgkshjgHwBzYC6Esp58duTZ0EwWkAgAYANZpAFteXhYLy2OhcUQEv42D
fcsSzjoPYBF8uePYGQfjM8fMzQwF0gqkAey82BsA0NKS4wHzebZM/5jyXC2J1dUAgFwPmNWsrD+A
LJ/3TAPY3r2Bt82GKAlWS6urFswp2HLbcoGPi44CHVcAAAPAug1g403lCYsZRXq/gg+ba2kAU/ti
L9KaiKN2EmgWlsV4HHnO1DnyeOhd0mXSHBTAX3w8KJ9QYNx+3GYATGNPn4ITo7Z8d5Ii3i3zHL+3
zAJR7R2M+t15Ru34DXiW3XcBTIFOAEduCFLBTjouGHft6NHQN+aFotIAdlRBWtJcCIV7j9reNF9b
+e3PUk3qRoH6FQDAALCOA1hAPQqgNDCFIOQCmPpseI2sz6q8CWwaZBKo2hlL2DKgzQUn57MGLwtw
NOjFoBa2k4QT3Qmu+2G0m7oHTIA0tz3VRwMU3c/131+ocY4K2AAm86xCz5MLYDo3K87lyvBy5QJQ
jodKhSADALSAT5aR7Tll/TlghB/naE40PQMFADAArPsAFkwMDTwaZmwAk5Bie6gSaAsKp8AoDXD2
OT5wsvf5PHBheNQALk+76Tnu82qZQJYFYOn9sk827IV14wWbwZ21BVWaACbhR3udbAALw4amByyd
pB8OZjKAhYn0WeFHWV4DWFBRCF1RnaqMD8C8Cf8k4rfAtOhCTQoAYABYLwDMAioNZJostIfLCCeG
ocMIyhoDMNWx2JPmh7T8mR3CpoYwH4BlA6KZyJ9O6M9vmzO6o0AMYAbwaBCaFHIMSMmb7J4NYGmI
86kUA1iAXirseF7/r0gsPwdMlZsMed25OvQUBUjCbxV86HdhDfn/4pNycvjOgps8T1OTABblla1t
FsnvylDD6q/f05VegJAX7iyuPGd2QwENYP5wXuD1ykqoz0jK9wNYMfiyPGDa8yUT73UfALBuGBW9
rFUBPGB4wFoFocWtuwSAaY9YarVk5EUqDWC2J0v12ZcDlhHbC/PJ7Jw077gzVjva+Ww2gKm6s1ZI
enK+5PmEIItbXZfOLPYesDB0aObgJ54qe7RpAIve3zUhgd+swao3emVF7IkrAmDKM0cIsks2SF8n
KwCAAWCDALCQkcxVkEbSfRUAC+qLQcoMZ0bzbWJ4MQqJZiffJ5M21efU+80KrII0gcxZBWktLOBu
2SsFigGY8k3ZL2LNAKoUgDkvYY2T+DPK22AXes7iUwsl4We/Y6xXF47BDEYBAAwA6yiAdXiOxqs2
OzwGut56BfgqotZfIjo4cAUAMAAMAGv4JlA1+b7hbtJcxxUAwDp+Ael+7xUAwAAwAKzJaZ63IKDJ
vtBWrxUAwHp9eRlcDxQAwAAwAKwHE5khoICrAACGTaBAuxUAwAAwAKzdc5TeoUAlBQCwSrJRCAUa
UwAAA8AAsMamGw2hQHMKyJs7GxpgA+22AXlHOHn2ohjJf4b8ElDGfnnu17+5xxMtoQAKoAAKoMD8
FQDA8ITNHb4kAPODAiiAAiiAAkNSAAADwACwIc14xooCKIACKNAKBQAwAAwAa8VUpBMogAIogAJD
UgAAA8AAsCHNeMbaewVIvm538jXXh+ujbQAAA8AAsN4/khngkBToy2so5HdMyh/+R4c+2oGcpwAY
AAaADenpzFh7r0BfAKz3F4oBDlYB+UcFAAZ8tQK+WAU52PsQA5+BAn0BMO35moFEVIkCc1cAAAPA
ALC5T0M6gAL1KtAXAKtXFWpDgfYogAcM+GoNfOEBa8+NgZ50X4G+ABgesO7bIiPIVgAPGBDWGghj
oqIACtSjQF8ArB41qAUF2qcAHjDgqzXwhQesfTcIetRdBfoCYHjAumuD9DxfATxgQFhrICzfXDkD
BVCgiAJ9AbAiY+UcFOiiAnjAgK/WwBcesC7eQuhzWxXoC4DhAWurhdGvOhTAAwaEtQbC6jDo2dWx
KdYWFsTa5uxaoGYUqEuBvgBYXXpQDwq0TQE8YMBXa+CruAcsBKGFzG1N5DNSFZgqWsbXvyJ9atvt
gf50WYG+ABgesC5bIX3PUwAPGBDWGgjLM1bf8c21AMZKu6WKwpTZYoEym2sKDJfHO3ZXg/2pfVUG
SxkUKKhAXwCs4HA5DQU6pwAeMOCrNfBV3APmsk0WgO2I8bLhKVseixCLnP3SkxYBnII507MWl5Hl
8gAsrDcftLL6lfRtebyZ9F3D5c5YLBt9s9pxji0s4HHr3N245g73BcDwgNVsGFTXKgXwgAFhrYGw
KjMjywPm7rc/58FUAlwJ6OSUURC0LFznlzumyf3ScObUEwFW7OizPqf7tbmW348qWlOmOwr0BcC6
ozg9RYFyCuABA75aA1+1esB8MGTtKwJggc/LCm8WAbAcz1Nuv/xetJ3xcirMKvsWwmHYr3zPW7mb
A2d3WwEJYBcuXBAHDhzo7Cb7jwes23ZI7ycrgAcMCGsNhFWZrF4PWC7oZMBUKpRnhjeLAFiO5ym3
X34AS4VGdShSu8Si3LM4fFo6J66K8pRpswLyxi7h69KlS23uZmbfZL9l//lBgb4qgAcM+GoNfM3d
A+aG+aRvqYwHLMotm+iJmgbAikKVZxx9vYExrmwFNIB1WSMJYHjAunwF6XueAnjAgLDWQFiesfqO
V8sB83ialBfJDCFGr5OIwadA2LLAKsgiOWApiPNBlV5ZKY9ZcFagn1WEpkynFOgLgHVKdDqLAiUU
wAMGfLUGvmr1gKlJMGm1oXJvJSsevasg18RaKQ9YNPN8YUwL7IqsgnReY6GGY6+CXIgT/tOrOskH
K3EX7OmpfQEwPGA9NVCGpRTAAwaEtQbCmJMogAL1KNAXAJtGjT33PThNccqiwEwVwAMGfLUGvqp6
wGY6Q6gcBTqqQBaAXTmxX4zH43g7cqa9A5wmB+wH/3AoyB8T4ktfu7e9A6Rng1cADxgQ1hoIG/xs
RAAUqEkBL4CdORKA1xERM5f6vF+cuFJTozVX41sFWSQkqeFLAlgZCCtStznENp3fpr5IjWbZn1nW
3WTf8YABX62BLzxgNT+9qG7QChQLQZ4RRwJvWFu9YD4PWN7D14Svsy+8oACsKITl1e0aVJvOb1Nf
moSYIpO8Tdq4fcEDBoS1BsKKTCbOQQEUyFegLwBWBnpM+PpN8B6xsy+cFc8991xhCGvTg7osxHS5
70Maq3md8IABX62BLzxg+Q9VzkCBogoUAjA3JFm08obOK+MBe+jQ0Ri03nzzDfUC2rNnAwA7+Zw4
duxYfOzL3/jbzN53GWK63PehApgcNx4wIKw1ENbQfd3fTBCuEL/8Zbj93d8J8cMfCrG1Ndcu0TgK
VFUgF8CunBD7Wxx+lOMukwN24JfPKMh6/4MPxJtvvikuvXxJ7OzsiJMnTyoAe/zw4+r4V759PwAW
KNBlYOtL3/GAAV+tga/XHnkkASANQk39//3vh4kiRbbf/V0hfu/3hPj4x4X4+tfD7bHHwr5fvFj1
eUk5FKhVgckAFuZ+7W9r9n2kRBkP2MZTz6lSH0gAu/qmePnSyyGAbUkAe0o8/vhhcWD/fvHn994H
gAFgE+faLAGPHDCgqzXQJcOOcnv9n/6pGPwUAaS6zvlX/0qIf/NvQtiS22//dvE+ynN1Of3/5z+f
AJsGN9//P/6xDaInTtT6YKayYSiQDWDdgK+yHjAbwK6Kl1+WAHZObJ3cEk89JQHsCQDMMP1ZQoZs
Zpb1z7LuJvuOBwwYawWMXXnpJfHWl79cDFAmwUudx155xf+kvno1AaRvfSvs86c+lQDXb/1WcVCr
CxZ/53fSwKfB7/d/39ZVeuqAut5TmBfAorBj2z1f+uJU8YDduHFDXA3m6MuXAwA7txNkEUQA9kQA
YAfwgGlt+wIxRSZym8aKBwzoagV0ae+X+X+RydSZcyTAFQ2hSq+XCY/SW2Z60BYXZwN1MpyqAS34
4mMh8+D46YUCPgBzX8KqX8jaViDLygGTDzF30x4wCWDXrl1TAHbuXOAB23pePP300+KJAMAOHjyg
QpC+8uxLa4oms9HEhGCS8AGy1gBZL5588x6EXDjggp8JeNpbN8lTJ4Hv3/27EArdkGhRqDTPw+PW
uFXkJuE33qPyDVbygN28qQDsSnBfP3fuRfH881sGgB2cmANWvoeUQIFyCuABA7haA1yuF6ycKXP2
1ArocKpchPCVr4ReNxnOrCs0atYjYY6fxhToC4C5gmWFk2IPWABg1wMAu3zlsnhRAtip0AN25MiR
wAMGgDVmgDTkVYD3gAFgABg3h3wFpNdKru40Q6Nmrpu7yGDSZxnmJLyZr3mNZ/QFwFzgygOwW7cC
D9j1wAN25Yo4/+KL4tSpU+L4cQ1gP8cDVqONUVV5BfCAAWAAWPl5QwkU6JQCfQGwsh6wW8oDdj0A
sFcMADseeMA2xcGfA2CdMuIedhYPGAAGgPVwYjMkFDAV6AuA+Txgk5Lwb926Ja5flwAWeMDOn488
YMfF5uam+HkEYCSXzya5HF2L6erO05NnL4qR/Me3Mo194buq2GavAY9QFECBehToC4AVVUPngN2+
fUu89dZb4pVXXw0A7ILY3t4WzwTh9Cef3BSHDh0iBFlUUM6buQK8BwywahVYztziaQAFBqKABjD5
nYhd/JH99q2CzBrLo0+Hb8K/fft2AGC74tVXXhUXLoQAduIZDWCPiK9+7z91UQ763FMFeA0FENYa
COvpHGNYKNC4AvLGLgFEQkxXN9n/oj9H/8fpEMDu3Ba7uwGABR6wC8ELnk9LD9gzzwQesCfFI8HX
nX3rp/9QtErOQ4GZKoAHDPhqDXzJEC8/KIAC9SggAawPP2XeYi4hTHrCZDjS3eSXdT906GgfJGEM
PVIADxgQ1hoI69G8qj6UzTWxsLAmNqvXQEkUEH0BMHkpNYTx/0hZNjr0RwcADADrMIBtirWFhQBY
zE3Dy44YLzvHlsdiJ344h8eXx8me8FBY59pEAvLUHZRJ11WBBKYCsKwxVegHRTqtgLyxs6EBNtB+
G2AVJBDWCggr9cRToOKBnmB/CEJpGNlcC4AshrCqABbBl0toO2OxbAFeqdEkJwNgFYWjmKkAD972
P3i5RlwjPGDAVyvgq1wOWBFPj+ccCUkLyyJ0elUFsCIessSTFnvnUi4114sWee5cAFN9DsDRLB/B
p65bH1KAaXoDNRDqOuJjhDj7jmt9CkH2/VoxvuEqAIABYN0DMAuksiZvFoDZIcryIUgNTpMgxm3b
/9mEqp3xWgiGFoB5YE8d1xCpz58Elek6NteM8sO99/V65ABYry8vg+uJAgAYANZRAMvz4uRBT1UP
WOI98+eeuRAV3SlMsJoUZoyP+T1t0stlQ2M4jtAL5htTWE8t+Wk9uekNYRgA2BCuMmPsugIAGADW
UQDL8+LMMgk/Pe3D8F9GGFFFJI3VjbkAFoUSUzll/uT/JBcuAyqdkKUVzuz6HYz+exUAwDAMFGi/
AgAYANY9AMvM3zInXF6e2DQeMM/ENsOiPsAqBWASLiPYKrRyU/cnb8zSSRbmlE1e5dn+Gxc9nKwA
AIaFoED7FQDAALAOApj2KJVbBZmajm4+larWXCmZAVqe1Y6TV1jmhUMlF/lywDwrLj193hkvx0Cl
+mHSlQQui7aKLiJo/82LHmYrAIBhHSjQfgUAMACsmwAm51ZqdZ8RBizkJZNVLPtXDk6Yu6nVhu4q
RVXWeUdZyuXkvsMsK3ypzzNy3tyQovniVlMTBYrpsCX5YO2/MU/bQwBsWgUpjwKzVwAAA8C6C2Cz
nx+0gAKdVAAA6+Rlo9MDUwAAA8AAsIFNeobbfwUAsP5fY0bYfQUAMAAMAOv+PGYEKGApAIBhECjQ
fgUAMAAMAGv/PKWHKFBKAQCslFycjAJzUQAAA8AAsLlMPRpFgdkpAIDNTltqRoG6FADAADAArK7Z
RD0o0BIFALCWXAi6gQITFADAADAAjFsECvRMAQCsZxeU4fRSAQAMAAPAujK1X3lFiF/+sp6tK2Om
n5UUkDf2CxcuiAMHDnR2k/3nBwX6rAAABoABYE3P8IsXE4j6/veF+PrXw+33f1+I3/u9cPvt3xZi
NJrPJtvW/fD9//nPJ33WfZ/0/49/bENj03oPsD15Y5fwdenSpU6OXvZb9p8fFOizAgAYADYTAPvn
//7fxev/9E+Ft3954onuzbOrV9PeKAkbJoxogPnd350OphYXJ0PRJGDKOibrnAfkfetb3bvWHeux
BrCOddvqLgDW5atH34soAIABYLUDmISvuTzYf+u3poeU3/md2fbd7OPHP57AmukleuGFInN39ucU
CXm6wFnEI9aW8c1ewbm1AIDNTXoaRoHCCgBgAFjtAHblpZfEO//+34v3P/KRUps37DWt52hWHh5f
mG511fZ+/Zf/knjI3nuv8KTkRBSYVgEAbFoFKY8Cs1cAAAPAagewyxU1rd3czVwrX/L61lbtTVIh
CrRBgb4C2J77HmyDvPQBBWpRAACrCAtVIYNylzOBrxaLphIUQAGRC2BXToj94yPiTIu1cnPAfvAP
h1Rmw5e+dm+Le03XUKC4AgAYANZfD1jxecCZKNArBSYCmIKvsRh3CMA0fOmMgiIQNpInl/jp8vld
7ru8RGX6X+bcsnXP+ny37wAYAAaAlbhJcyoKdEGBLAC7cmJ/AF5jceTIkc4AmAlfZ4MFHEUhrMsP
6rIgwFizZ2WbtAHAAK7WAJcbju3Cg40+okAXFMgEsDNnxBU5gDPdADATvn4TvBvs7AtnxXPPPVcI
wtr04C0LVGXPZ6wAWGsf7ORdZeddtUmbLjzY6CMKdEGB3BywDgDYQ4eOxqD15ptvqJfKnj0bANjJ
58SxY8fiY1/+xt96LwlQ0g0oGRJs4gHDA9ZaUO7Cg40+okAXFOgDgB345TMKst7/4APx5ptviksv
XxI7Ozvi5MmTCsAeP/y4Ov6Vb98PgJHvljkt2wTiABgABoB14QlKH1FgCgX6AGAbTz2nFPhAAtjV
N8XLl14OAWxLAthT4vHHD4sD+/eLP7/3PgAMAAPA2hTOoi/dCDua12mK5w1FUQAFDAX6B2BXxcsv
SwA7J7ZObomnnpIA9gQAFl3zNnl5yoYUy57f5bHiAcMDhgeMRzUK9FyBPgHYjRs3xNXge1dfvhwA
2LkdsRW8QFkBWPD9sQcO4AErCzBdPx8AA2JaCzFd9vz1/JnI8FCgMQX6BmDXrl1TAHbuXOAB23pe
PP300+KJAMAOHjygQpDyocyGBl2wAfMmwHvAgMnWwGRjTycaQoGeK5ALYB0Yv84Bu3HzppAAdiW4
V58796J4/vktA8AOZuaAdWCIdHFgChCCBLhaA1y8B2xgdx+G25gCfQOw6wGAXb5yWbwoAexU6AGT
L5M9eBAAa8yoaGhqBQAwAAwAm3oaUQEKtFuBPgHYrVuBB+x64AG7ckWcf/FFcerUKXH8uAawn+MB
a7cp0jtDAQAMAAPAuCWgQM8V6BWABSHI69euBwD2igFgxwMP2KY4+HMArOem3KvhAWAAGADWqynN
YFAgrUCvAOzWLXH9ugSwwAN2/nzkATsuNjc3xc8jAOtC8jV9ZJEAAAaAAWA8sVGg5wr0CcBu374l
3nrrLfHKq68GAHZBbG9vi2dOnBBPPrkpDh06RAiy57bc5+GxChIgaw2Q9XmiMTYUaFIBDWDy+xO7
+CP7/ejT4Zvwb9++HQDYrnj1lVfFhQshgJ14RgPYI+Kr3/tPXRwifUYBAYABYAAYNwIU6JkC8sYu
YeXAgQOd3Y7+j9MhgN25LXZ3AwALPGAXXnpJnJYesGeeCTxgT4pHHnlEfOun/9Czq8dwhqIAAAaA
AWBDme2MczAKyBt7H34khElPmHwnmLvJL+t+6NDRPgyTMQxUAQAMAAPABjr5GXZ/FegLgPX3CjEy
FBCEILv81T196zsTEgVQoB4FJICxoQE20H4bOHn2ohjJf/r2QGc8lzt1Tet59FALCqAACqAACnRD
AQCMMGQrQK0b04VeogAKoAAKoEA9CgBgABgAVs9cohYUQAEUQAEUKKwAAAaAAWCFpwsnogAKoAAK
oEA9CgBgABgAVs9cohYUaIUCJF+3P/maazS8a+S7OQBgABgA1orHJp1AgXoU4DUU9ehILSggFVhd
XZ16y5qTABgABoDN+D6zM14WC8tjsTPjdqgeBaQCABh2gAL1KSAB7FbwpfBVN1keAAO0WgFaWa8H
KT1ddsZieWFBLMTbshi3gXA214I+rYlNY0DNANiOGC+beoS/L9cgSjP9L20BFMhQAADDNFCgPgU0
gMkvhS+7SWgDwICvVsOXhLJSPwpyFsSaSTm+faUqrelkD4DVVPOEaiL4sgQJTpeQWoPnDQCb/RWs
swUArE41qWvoCgBgAFTrAWraF98Wn+SbYi3Ds+OCwuZa4AVaG1ueoZRHKAI37UlLGCaEmuXxZlJe
HQzbTzxvhpcp5ZULIbFKv1QZpx2XrxLNwj5lHw96rbQwiVUOxfbWqXOMNpVWjj4LC4an0RmvqW2W
9ta4aoDD4nYznDMBsOFca0Y6ewU0gF2/fl2U3fCAAW+dgLfC00g99DPCjV6gSANDzCHqfOO49VmH
9HJCm946JocgQ9DJaleDkdluHmDpvtrtWpqmdNOAGcZtU14ueX4klNcDFsFXrKXz2T9GEwKzQbqw
LXCiVwEADMNAgfoU0AB27do1UXYDwACwfgHYpBCfAxlpr48NHfK47RELj4dQYZ+bPZ0dOCqQA5bu
l11Hul95AJb01/aamUDmjMfRKvRM+QHOB2Bqn+NRM/udGqMHnL1eufrum4OtKQ1gR8XqaEnsPe9K
cl7sXRqJ1aNzkur8XrE0WhXNNj/nMc9JapqtroAGsKtXr4qyGwAGgPULwMp6wDyQEIKDP2k9SVzP
BrCJ4cGpAczXbhEAS99gQi+UAVVG37Lg1LeowQdgbrgyLhfpDYBVv+FPW7IzADbtQCuVB8AqyTbg
QhrA3njjDVF2A8AAsH4BWJSD5Vvd58+1stYjRnldMuyW5+HyH097iur2gNUHYCoJ3wrX6r7mA50C
qChHKxPAJiSdAWDze2JVBrCjq2K0uld5xUYjudles/N7l6L90XHTdaa8WbrcSCwZ7ja7nFGn4wGz
zlP90OdKaAp+3xv0T7fhuO2OriZtj5b2CsvZJ8cVlwvHNzev3/zMgpYrKqAB7PXXXxd6i+3JsHm9
zzwPAAPAegZgwSwquAoyBQETc77C2SlhY1II0l+nkQDv8dDlg6ENRCnIy1vhmbHa0YQofe+JvXdO
Avzmmp3rZvXZF/Z1c8BkA8F5GowBsIp3+xqKTQVgwQNFw4kCIg0zCmKMcKGCJw1IMsRpQo3x2S1n
fjYBzDkvhDETwALAisHKbs/qZ6Cf9dnqZ3TM6msNglNFrxXQAPbaa68Jc/NBmHsOAAaA9Q/AQlLK
fQ9YOkzmSahPrfLTIbssD5mzCnJtLbUC0Ww3exWk9Q4Npw4nPOppw73jeUOCPg9VpFvealA7H8zs
T/YqSHNhAQA2v2fSVABmeo8kvLjepHhYkVdKuZrCsF7K86QOhZ4x0yOWVJHkgEkPln1Oun7TayXP
Dz/7QopJzpuCMcvd5cLi/K4TLXdDAQ1gL774onA3E8J8xwEwAKyfAFZg7vYmyXtS3lsBHaxTVF0T
VkuWrY/zW6dArQBmJclHoGWEXRK2cY65IOcLTxoesASotJz5ABYCWwhUaW9E6D1LAxg5YK0z2JZ3
SAPYuXPnhG+Ttpd1DAADwACwlk/wvO7V+SLU3kBpnmgDPp4GMBNmTGGc/TIMmAKnKOyoQoRmTtgk
kAmPZXu9onocACvrAQvPzxpbOE4AbMAToaahawA7e/asKLsBYAAYAFbTRGysmlR4tSaPVZ2etMbE
oKGyCvjeA+bmScVwYgLXBABLgUyU2B56wNywngFn3tyxCOpK5oC5IUgNbKmxWbDovILD6ndZZTl/
iApoAPvVr34lym4AGAA2WAAb4s2CMaNA5otYJ6xUVKpN8oC5oT69WjLJ2LdWQZp5V+7qyRikSq2C
tFcuujlj1ipI951n5rijfrMKknlSVAENYGfOnBFlNwAMAAPAis40zkOBHijQjzfhZ708tgcXiCF0
SgENYNvb26LsBoABYABYp6Y7nUWB6RToIoD5w4hNvyV/Ot0p3U8FNICdOnVKlN0AMAAMAOvnfYFR
oYBXgS4CWPwqi3hFI/CFebdDAQ1gW1tbouwGgAFgAFg75jG9QIFGFOgmgDUiDY2gQGkFNIBJmKqy
yfJZc/Lk2YtiJP+5DKigwRxtoPSsoAAKoECPPGBcTBRopwISoKbdALA5wgVwezkXbts59egVCnRP
AXmzZ0MDbKBdNuC7k+ABA8xy4agJgOzeY44eowAKoAAKoEB1BQAwAAwAqz5/KIkCKIACKIAClRQA
wAAwAKzS1KEQCqAACqAAClRXAAADwACw6vOHkiiAAiiAAihQSQEADAADwCpNHQqhAAqgAAqgQHUF
ADAADACrPn8oiQIogAIogAKVFADAADAArNLUoRAKoAAKoAAKVFcAAAPAALDq84eSKIACKIACKFBJ
AQAMAAPAKk0dCqEACqAACqBAdQUAMAAMAKs+fyiJAiiAAiiAApUUAMAAMACs0tShEAqgAAqgAApU
VwAAA8AAsOrzh5IogAIogAIoUEkBAAwAA8AqTR0KoQAKoAAKoEB1BQAwAAwAqz5/KIkCKIACKIAC
lRQAwAAwAKzS1KEQCqAACqAAClRXAAADwACw6vOHkiiAAiiAAihQSQEADAADwCpNHQqhAAqgAAqg
QHUFADAADACrPn8oiQIogAIogAKVFADAADAArNLUoRAKoAAKoAAKVFcAAAPAALDq84eSKIACKIAC
KFBJAQAMAAPAKk0dCqEACqAACqBAdQUAMAAMAKs+fyiJAiiAAiiAApUUAMAAMACs0tShEAqgAAqg
AApUVwAAA8AAsOrzh5IogAIogAIoUEkBAAwAA8AqTR0KoQAKoAAKoEB1BQAwAAwAqz5/KIkCKIAC
KIAClRQAwAAwAKzS1KEQCqAACqAAClRXAAADwACw6vOHkiiAAiiAAihQSQEADAADwCpNHQqhAAqg
AAqgQHUFADAADACrPn8oiQIogAIogAKVFADAADAArNLUoRAKoAAKoAAKVFcAAAPAALDq84eSKIAC
KIACKFBJAQAMAAPAKk0dCqEACqAACqBAdQUAMAAMAKs+fyiJAiiAAiiAApUUAMAAMACs0tShEAqg
AAqgAApUVwAAA8AAsOrzh5IogAIogAIoUEkBAAwAA8AqTR0KoQAKoAAKoEB1BQAwAAwAqz5/KIkC
KIACKIAClRQAwAAwAKzS1KEQCqAACqAAClRXAAADwACw6vOHkiiAAiiAAihQSQEADAADwCpNHQqh
AAqgAAqgQHUFADAADACrPn8oiQIogAIogAKVFADAADAArNLUoRAKoAAKoAAKVFcgBjD5CxsaYAPY
ADaADWAD2AA20IwNjKrzGyVRAAVQAAVQAAVQAAWqKACAVVGNMiiAAiiAAiiAAigwhQIA2BTiURQF
UAAFUAAFUAAFqigAgFVRjTIogAIogAIogAIoMIUCANgU4lEUBVAABVAABVAABaooAIBVUY0yKIAC
KIACKIACKDCFAgDYFOJRFAVQAAVQAAW6pMC7730gRqPR3DbZvu/n2WefFX3dsuwDAOvSzKGvKIAC
KIACKDCFAhK+5M8HH9xofHv55SsK/NwfCV7z6tOsdZBj/vu//3vvFQPApjBkiqIACqAACqBAlxSQ
AHQn6PD7799ofLt06XImgM2rT7PWQY4ZAOvSDKGvKIACKIACKDADBRSA3bkj3g9CgU1vv/nNy9kA
Nqc+Ta3B4T8OxvTH4vEMPeWYAbAZGDJVogAKoAAKoECXFFAAdvu2ePfd9zO3x77o5Ih98XHn3MfF
F4N6vviYXYcu5+7Xbf361xMALKdP7575sfiIm7v2kR+LMxPGMWmMtR17LASwxzL6IccMgHVphtBX
FEABFEABFJiBAhLAbkvYeec9z/Y/xY8+EsDXR34kzsTHffsORwCW1HHmhx8JQOSL4jFvveF5/+vi
pUwPWHaf3hNh3RL47D7L/e4+/7h8Y61p32NfnDhuOWYAbAaGTJUogAIogAIo0CUFNIC9EwCRu502
IMo+lgBXuN/+nF3ObuPiS7+ZCGC+Prlt+c/5n+KHEhxND9kXDyfjO/2jwHv2EfHDH0pY0ueFsGjW
Z3v+gvNP6+PheOOyZt0GgPn6JscMgHVphtBXFEABFEABFJiBAhIibt66Ld7efTe1PboSQMbKY55j
Z8T64kgsrp+Jjj0mVoJ6VjbeFafXQ8/Xo5763DZemgBgWX16eyP0MBWpP25v+0diMeqf2hd9TsYW
jsccqxr74o/EaT2OoF05vrd3w7G6Y48/5/RPjhkAm4EhUyUKoAAKoAAKdEkBBWA3b4nd3Xec7XQE
Wac9x94RGxGcheUiKFkMQ4OL6/4ybhsvnf91pgfM36egLQk4iz8U26n+uv03Pztj2f5hAGQfEevb
yTnbEhx1vZ7jcd897auyAaiqcyIA28jonxwzANalGUJfUQAFUAAFUGAGCkhgunHjpnjr+tup7Rd3
B16gux/1HDst7pcesPtOR8ceFXfLkNziujj1i5UQwuJj6Xp1WxfO/69MAMvq01uq/hXxC09/rTFE
/TDDkHGfnl8PAGxR3P980rdT9y2G/Zf1eo7rutV5vhfX6rI5/ZNjBsBmYMhUiQIogAIogAJdUkDC
hHz56PVru6nteQUbAeykjm0o4Lr7EV3G+fxICGHJ8XTdsr3zL2YDWFafrl9z2/bUrdpfFPdt6WPb
4j4FjNvhGLdCAEuO7wo11gCins84rvWxzvNodl217dMs7IscMwDWpRlCX1EABVAABVBgBgooAAte
wnotgIP0FoKLBJOt+Lhv34b4QlDPFwIgi+uIIMza57Rx7tzFTA9Ydp92xVbkhXLrlvvlPnXc7LMC
rhDAVP8MANP9dcs88gVn3MF4wvbCscZ16fq+sBHWHQHYI149d4UcMwA2A0OmShRAARRAARTokgIS
wOTLR6+++VbmdkjCiBl2+8IvnHN/EQLYz+06Tv4gDNd9+AenvHXv7LyUCWB5fbr687vTocAP3y9O
qnGcEj/4sNHnD98tvhB8jvvx3P3iw4EH7AfPJf1VfY3Le+qwzg/Ha2oSj131625xKENPOWYArEsz
hL6iAAqgAAqgwAwUkBDx3nvvB9ByvfFtEoDNq0+z1gEAm4ERUyUKoAAKoAAKdE0BCWDyfVVvvHGt
8e3s2QuZHrB59WnWOsgx4wHr2iyhvyiAAiiAAihQswIhgL0rXn/tauPb2RfOTwCw+fRp1jrIMQNg
NRsx1aEACqAACqBA1xSQACZfTvrav1xtfJsEYPPq06x1AMC6NkPoLwqgAAqgAArMQAEJYPIFoq/9
y5uNby9M8IDNq0+z1kGOGQ/YDAyZKlEABVAABVCgSwpIAHvrrXfEP//zG41vL/zqxcwQ5Lz6NGsd
5JgBsC7NEPqKAiiAAiiAAjNQ4N3gFRTeN7v73vY+g32yfd+PhJS+blmXcTSD60uVKIACKIACKIAC
KIACExQAwDAPFEABFEABFEABFGhYgdGNGzcabpLmUAAFUAAFUAAFUGC4Ckj2Gn3uc58Lvs/o2nBV
YOQogAIogAIogAIo0JACkrkke40+9rGPCbk9+eST4ubNmw01TzMogAIogAIogAIoMBwFJGNJ1tLc
FQOY3PHJT35SPPLII+LVV18V0j12584dNjTABrABbAAbwAawAWyggg1IlpJMJdlKMpaGL/n/6J57
7rF2mAf5PfQOsqEBNoANYAPYADaADdRlA5K9/n9jkO9iPr5xlgAAAABJRU5ErkJggg==

------=_NextPart_000_0047_01CCEF6F.DB1CD550--

Re: [Users] Virtual CPU

зоррыч