<?xml version="1.0" encoding="UTF-8"?>
<!DOCTYPE plist PUBLIC "-//Apple//DTD PLIST 1.0//EN" "http://www.apple.com/DTDs/PropertyList-1.0.dtd">
<plist version="1.0">
<dict>
	<key>Animation Current Time</key>
	<real>0.0</real>
	<key>Connections</key>
	<array>
		<dict>
			<key>Connection type</key>
			<string>Graphics</string>
			<key>From node id</key>
			<string>29</string>
			<key>From socket parameter</key>
			<string>Graphics</string>
			<key>To node id</key>
			<string>127</string>
			<key>To socket parameter</key>
			<string>Graphics</string>
		</dict>
		<dict>
			<key>Connection type</key>
			<string>Graphics</string>
			<key>From node id</key>
			<string>101</string>
			<key>From socket parameter</key>
			<string>Graphics</string>
			<key>To node id</key>
			<string>1</string>
			<key>To socket parameter</key>
			<string>OutputLayer2</string>
		</dict>
		<dict>
			<key>Connection type</key>
			<string>Graphics</string>
			<key>From node id</key>
			<string>102</string>
			<key>From socket parameter</key>
			<string>Graphics</string>
			<key>To node id</key>
			<string>101</string>
			<key>To socket parameter</key>
			<string>Replacement Element</string>
		</dict>
		<dict>
			<key>Connection type</key>
			<string>Graphics</string>
			<key>From node id</key>
			<string>127</string>
			<key>From socket parameter</key>
			<string>Graphics</string>
			<key>To node id</key>
			<string>101</string>
			<key>To socket parameter</key>
			<string>Graphics</string>
		</dict>
	</array>
	<key>Display Repeat Opacity</key>
	<real>0.0</real>
	<key>Display Scaling</key>
	<real>1.05</real>
	<key>Document scroll offset</key>
	<string>{0, -4}</string>
	<key>Document split view part</key>
	<real>467</real>
	<key>Document window frame</key>
	<string>{{106, 133}, {1313, 856}}</string>
	<key>Node ID Counter</key>
	<integer>139</integer>
	<key>Nodes</key>
	<array>
		<dict>
			<key>Hidden</key>
			<false/>
			<key>Node frame rect</key>
			<string>{{1026, 26}, {148, 278}}</string>
			<key>Node id</key>
			<string>1</string>
			<key>Node title</key>
			<string>Artboard</string>
			<key>Node type class</key>
			<string>ReportInfoNode</string>
			<key>Node type name</key>
			<string>ReportInfoNode</string>
			<key>Output layers</key>
			<array>
				<dict>
					<key>DisplayName</key>
					<string>Top layer</string>
					<key>LayerID</key>
					<string>OutputLayer1</string>
					<key>Visible</key>
					<true/>
				</dict>
				<dict>
					<key>DisplayName</key>
					<string>Middle layer</string>
					<key>LayerID</key>
					<string>OutputLayer2</string>
					<key>Visible</key>
					<true/>
				</dict>
				<dict>
					<key>DisplayName</key>
					<string>Bottom layer</string>
					<key>LayerID</key>
					<string>OutputLayer3</string>
					<key>Visible</key>
					<true/>
				</dict>
			</array>
			<key>Parameter link states</key>
			<array>
				<dict>
					<key>Active</key>
					<false/>
					<key>Parameter 1</key>
					<string>X</string>
					<key>Parameter 2</key>
					<string>Y</string>
				</dict>
			</array>
			<key>Parameter values</key>
			<dict>
				<key>Background Color</key>
				<data>
				BAtzdHJlYW10eXBlZIHoA4QBQISEhAdOU0NvbG9yAISE
				CE5TT2JqZWN0AIWEAWMBhARmZmZmAQEBAYY=
				</data>
				<key>Background Opacity</key>
				<real>1</real>
				<key>Has Background</key>
				<true/>
				<key>Has Mirroring</key>
				<real>0.0</real>
				<key>Horizontal mirroring</key>
				<real>0.0</real>
				<key>Vertical mirroring</key>
				<real>0.0</real>
				<key>X</key>
				<real>300</real>
				<key>Y</key>
				<real>300</real>
			</dict>
		</dict>
		<dict>
			<key>Hidden</key>
			<false/>
			<key>Node frame rect</key>
			<string>{{475, 6}, {384, 78}}</string>
			<key>Node id</key>
			<string>20</string>
			<key>Node title</key>
			<string>Note</string>
			<key>Node type class</key>
			<string>NoteNode</string>
			<key>Node type name</key>
			<string>NoteNode</string>
			<key>Note text</key>
			<string>Using the change replace node you can replace selected elements in a group with another element, retaining the position and transformation of the replaced element</string>
			<key>Parameter values</key>
			<dict/>
		</dict>
		<dict>
			<key>Hidden</key>
			<false/>
			<key>Node frame rect</key>
			<string>{{26, 26}, {148, 405}}</string>
			<key>Node id</key>
			<string>29</string>
			<key>Node title</key>
			<string>Shape</string>
			<key>Node type class</key>
			<string>ElementShapeNode</string>
			<key>Node type name</key>
			<string>ElementShapeNode</string>
			<key>Parameter link states</key>
			<array>
				<dict>
					<key>Active</key>
					<true/>
					<key>Parameter 1</key>
					<string>Size</string>
					<key>Parameter 2</key>
					<string>Height</string>
				</dict>
			</array>
			<key>Parameter values</key>
			<dict>
				<key>Angle</key>
				<real>90</real>
				<key>Diameter 2</key>
				<real>20</real>
				<key>Fill Color</key>
				<data>
				BAtzdHJlYW10eXBlZIHoA4QBQISEhAdOU0NvbG9yAISE
				CE5TT2JqZWN0AIWEAWMBhARmZmZmg3w1lT2DS8EYP4Nr
				oH8/AYY=
				</data>
				<key>Fill Opacity</key>
				<real>1</real>
				<key>Has Fill</key>
				<true/>
				<key>Has Rotation</key>
				<real>0.0</real>
				<key>Has Rounding</key>
				<real>0.0</real>
				<key>Has Stroke</key>
				<real>0.0</real>
				<key>Has Stroke Caps Joints</key>
				<real>0.0</real>
				<key>Height</key>
				<real>30</real>
				<key>Pie wedge</key>
				<real>1</real>
				<key>Rotation Angle</key>
				<real>0.0</real>
				<key>Rounding</key>
				<real>0.20000000000000001</real>
				<key>Rounding 2</key>
				<real>0.20000000000000001</real>
				<key>Shift</key>
				<real>10</real>
				<key>Sides</key>
				<real>6</real>
				<key>Size</key>
				<real>26</real>
				<key>Stroke Caps</key>
				<integer>0</integer>
				<key>Stroke Color</key>
				<data>
				BAtzdHJlYW10eXBlZIHoA4QBQISEhAdOU0NvbG9yAISE
				CE5TT2JqZWN0AIWEAWMBhARmZmZmAAAAAYY=
				</data>
				<key>Stroke Joints</key>
				<integer>0</integer>
				<key>Stroke Opacity</key>
				<real>1</real>
				<key>Stroke Width</key>
				<real>0.0</real>
				<key>Type</key>
				<integer>1</integer>
				<key>X</key>
				<real>150</real>
				<key>Y</key>
				<real>150</real>
			</dict>
		</dict>
		<dict>
			<key>Change Mode</key>
			<integer>2</integer>
			<key>Hidden</key>
			<false/>
			<key>Node frame rect</key>
			<string>{{606, 86}, {148, 279}}</string>
			<key>Node id</key>
			<string>101</string>
			<key>Node title</key>
			<string>Replace</string>
			<key>Node type class</key>
			<string>ChangeReplaceNode</string>
			<key>Node type name</key>
			<string>ChangeReplaceNode</string>
			<key>Parameter values</key>
			<dict>
				<key>Same transform</key>
				<true/>
				<key>Selection Mode</key>
				<integer>1</integer>
				<key>Selection Offset</key>
				<real>0.0</real>
				<key>Selection Seed</key>
				<real>0.0</real>
				<key>Selection Select Count</key>
				<real>1</real>
				<key>Selection Skip Count</key>
				<real>1</real>
			</dict>
		</dict>
		<dict>
			<key>Hidden</key>
			<false/>
			<key>Node frame rect</key>
			<string>{{406, 166}, {148, 446}}</string>
			<key>Node id</key>
			<string>102</string>
			<key>Node title</key>
			<string>Shape</string>
			<key>Node type class</key>
			<string>ElementShapeNode</string>
			<key>Node type name</key>
			<string>ElementShapeNode</string>
			<key>Parameter link states</key>
			<array>
				<dict>
					<key>Active</key>
					<true/>
					<key>Parameter 1</key>
					<string>Size</string>
					<key>Parameter 2</key>
					<string>Height</string>
				</dict>
			</array>
			<key>Parameter values</key>
			<dict>
				<key>Angle</key>
				<real>90</real>
				<key>Diameter 2</key>
				<real>17</real>
				<key>Fill Color</key>
				<data>
				BAtzdHJlYW10eXBlZIHoA4QBQISEhAdOU0NvbG9yAISE
				CE5TT2JqZWN0AIWEAWMBhARmZmZmgxtnfD8Ag3DH3DwB
				hg==
				</data>
				<key>Fill Opacity</key>
				<real>1</real>
				<key>Has Fill</key>
				<real>1</real>
				<key>Has Rotation</key>
				<false/>
				<key>Has Rounding</key>
				<false/>
				<key>Has Stroke</key>
				<real>0.0</real>
				<key>Has Stroke Caps Joints</key>
				<real>0.0</real>
				<key>Height</key>
				<real>30</real>
				<key>Pie wedge</key>
				<real>1</real>
				<key>Rotation Angle</key>
				<integer>180</integer>
				<key>Rounding</key>
				<real>0.0</real>
				<key>Rounding 2</key>
				<real>0.0</real>
				<key>Shift</key>
				<real>10</real>
				<key>Sides</key>
				<real>5</real>
				<key>Size</key>
				<real>39</real>
				<key>Stroke Caps</key>
				<integer>0</integer>
				<key>Stroke Color</key>
				<data>
				BAtzdHJlYW10eXBlZIHoA4QBQISEhAdOU0NvbG9yAISE
				CE5TT2JqZWN0AIWEAWMBhARmZmZmAAAAAYY=
				</data>
				<key>Stroke Joints</key>
				<integer>0</integer>
				<key>Stroke Opacity</key>
				<real>1</real>
				<key>Stroke Width</key>
				<real>1</real>
				<key>Type</key>
				<integer>6</integer>
				<key>X</key>
				<real>10</real>
				<key>Y</key>
				<real>10</real>
			</dict>
		</dict>
		<dict>
			<key>Hidden</key>
			<false/>
			<key>Node frame rect</key>
			<string>{{206, 26}, {148, 360}}</string>
			<key>Node id</key>
			<string>127</string>
			<key>Node title</key>
			<string>Radial</string>
			<key>Node type class</key>
			<string>RepeatRadialNode</string>
			<key>Node type name</key>
			<string>RepeatRadialNode</string>
			<key>Parameter values</key>
			<dict>
				<key>Angle offset</key>
				<real>0.0</real>
				<key>Angle step</key>
				<real>15</real>
				<key>Count</key>
				<real>21</real>
				<key>Count offset</key>
				<real>2</real>
				<key>Dynamic elements</key>
				<real>0.0</real>
				<key>Full circle</key>
				<real>1</real>
				<key>Has Extras</key>
				<real>0.0</real>
				<key>Multiple layers</key>
				<real>0.0</real>
				<key>Number of layers</key>
				<real>2</real>
				<key>Radius</key>
				<real>108</real>
				<key>Radius offset</key>
				<real>20</real>
				<key>Rotate elements</key>
				<real>1</real>
			</dict>
		</dict>
	</array>
	<key>Preview Image</key>
	<data>
	/9j/4AAQSkZJRgABAQAASABIAAD/4QBARXhpZgAATU0AKgAAAAgAAYdpAAQAAAABAAAA
	GgAAAAAAAqACAAQAAAABAAABO6ADAAQAAAABAAABOwAAAAD/7QA4UGhvdG9zaG9wIDMu
	MAA4QklNBAQAAAAAAAA4QklNBCUAAAAAABDUHYzZjwCyBOmACZjs+EJ+/+IH6ElDQ19Q
	Uk9GSUxFAAEBAAAH2GFwcGwCIAAAbW50clJHQiBYWVogB9kAAgAZAAsAGgALYWNzcEFQ
	UEwAAAAAYXBwbAAAAAAAAAAAAAAAAAAAAAAAAPbWAAEAAAAA0y1hcHBsAAAAAAAAAAAA
	AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAALZGVzYwAAAQgAAABv
	ZHNjbQAAAXgAAAWcY3BydAAABxQAAAA4d3RwdAAAB0wAAAAUclhZWgAAB2AAAAAUZ1hZ
	WgAAB3QAAAAUYlhZWgAAB4gAAAAUclRSQwAAB5wAAAAOY2hhZAAAB6wAAAAsYlRSQwAA
	B5wAAAAOZ1RSQwAAB5wAAAAOZGVzYwAAAAAAAAAUR2VuZXJpYyBSR0IgUHJvZmlsZQAA
	AAAAAAAAAAAAFEdlbmVyaWMgUkdCIFByb2ZpbGUAAAAAAAAAAAAAAAAAAAAAAAAAAAAA
	AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAG1sdWMAAAAAAAAAHwAAAAxza1NLAAAA
	KAAAAYRkYURLAAAALgAAAaxjYUVTAAAAJAAAAdp2aVZOAAAAJAAAAf5wdEJSAAAAJgAA
	AiJ1a1VBAAAAKgAAAkhmckZVAAAAKAAAAnJodUhVAAAAKAAAApp6aFRXAAAAFgAAAsJu
	Yk5PAAAAJgAAAthjc0NaAAAAIgAAAv5oZUlMAAAAHgAAAyBpdElUAAAAKAAAAz5yb1JP
	AAAAJAAAA2ZkZURFAAAALAAAA4prb0tSAAAAFgAAA7ZzdlNFAAAAJgAAAth6aENOAAAA
	FgAAA8xqYUpQAAAAGgAAA+JlbEdSAAAAIgAAA/xwdFBPAAAAJgAABB5ubE5MAAAAKAAA
	BERlc0VTAAAAJgAABB50aFRIAAAAJAAABGx0clRSAAAAIgAABJBmaUZJAAAAKAAABLJo
	ckhSAAAAKAAABNpwbFBMAAAALAAABQJydVJVAAAAIgAABS5hckVHAAAAJgAABVBlblVT
	AAAAJgAABXYAVgFhAGUAbwBiAGUAYwBuAP0AIABSAEcAQgAgAHAAcgBvAGYAaQBsAEcA
	ZQBuAGUAcgBlAGwAIABSAEcAQgAtAGIAZQBzAGsAcgBpAHYAZQBsAHMAZQBQAGUAcgBm
	AGkAbAAgAFIARwBCACAAZwBlAG4A6AByAGkAYwBDHqUAdQAgAGgA7ABuAGgAIABSAEcA
	QgAgAEMAaAB1AG4AZwBQAGUAcgBmAGkAbAAgAFIARwBCACAARwBlAG4A6QByAGkAYwBv
	BBcEMAQzBDAEOwRMBD0EOAQ5ACAEPwRABD4ERAQwBDkEOwAgAFIARwBCAFAAcgBvAGYA
	aQBsACAAZwDpAG4A6QByAGkAcQB1AGUAIABSAFYAQgDBAGwAdABhAGwA4QBuAG8AcwAg
	AFIARwBCACAAcAByAG8AZgBpAGyQGnUoACAAUgBHAEIAIIJyX2ljz4/wAEcAZQBuAGUA
	cgBpAHMAawAgAFIARwBCAC0AcAByAG8AZgBpAGwATwBiAGUAYwBuAP0AIABSAEcAQgAg
	AHAAcgBvAGYAaQBsBeQF6AXVBeQF2QXcACAAUgBHAEIAIAXbBdwF3AXZAFAAcgBvAGYA
	aQBsAG8AIABSAEcAQgAgAGcAZQBuAGUAcgBpAGMAbwBQAHIAbwBmAGkAbAAgAFIARwBC
	ACAAZwBlAG4AZQByAGkAYwBBAGwAbABnAGUAbQBlAGkAbgBlAHMAIABSAEcAQgAtAFAA
	cgBvAGYAaQBsx3y8GAAgAFIARwBCACDVBLhc0wzHfGZukBoAIABSAEcAQgAgY8+P8GWH
	TvZOAIIsACAAUgBHAEIAIDDXMO0w1TChMKQw6wOTA7UDvQO5A7oDzAAgA8ADwQO/A8YD
	rwO7ACAAUgBHAEIAUABlAHIAZgBpAGwAIABSAEcAQgAgAGcAZQBuAOkAcgBpAGMAbwBB
	AGwAZwBlAG0AZQBlAG4AIABSAEcAQgAtAHAAcgBvAGYAaQBlAGwOQg4bDiMORA4fDiUO
	TAAgAFIARwBCACAOFw4xDkgOJw5EDhsARwBlAG4AZQBsACAAUgBHAEIAIABQAHIAbwBm
	AGkAbABpAFkAbABlAGkAbgBlAG4AIABSAEcAQgAtAHAAcgBvAGYAaQBpAGwAaQBHAGUA
	bgBlAHIAaQENAGsAaQAgAFIARwBCACAAcAByAG8AZgBpAGwAVQBuAGkAdwBlAHIAcwBh
	AGwAbgB5ACAAcAByAG8AZgBpAGwAIABSAEcAQgQeBDEESQQ4BDkAIAQ/BEAEPgREBDgE
	OwRMACAAUgBHAEIGRQZEBkEAIAYqBjkGMQZKBkEAIABSAEcAQgAgBicGRAY5BicGRQBH
	AGUAbgBlAHIAaQBjACAAUgBHAEIAIABQAHIAbwBmAGkAbABldGV4dAAAAABDb3B5cmln
	aHQgMjAwNyBBcHBsZSBJbmMuLCBhbGwgcmlnaHRzIHJlc2VydmVkLgBYWVogAAAAAAAA
	81IAAQAAAAEWz1hZWiAAAAAAAAB0TQAAPe4AAAPQWFlaIAAAAAAAAFp1AACscwAAFzRY
	WVogAAAAAAAAKBoAABWfAAC4NmN1cnYAAAAAAAAAAQHNAABzZjMyAAAAAAABDEIAAAXe
	///zJgAAB5IAAP2R///7ov///aMAAAPcAADAbP/AABEIATsBOwMBIgACEQEDEQH/xAAf
	AAABBQEBAQEBAQAAAAAAAAAAAQIDBAUGBwgJCgv/xAC1EAACAQMDAgQDBQUEBAAAAX0B
	AgMABBEFEiExQQYTUWEHInEUMoGRoQgjQrHBFVLR8CQzYnKCCQoWFxgZGiUmJygpKjQ1
	Njc4OTpDREVGR0hJSlNUVVZXWFlaY2RlZmdoaWpzdHV2d3h5eoOEhYaHiImKkpOUlZaX
	mJmaoqOkpaanqKmqsrO0tba3uLm6wsPExcbHyMnK0tPU1dbX2Nna4eLj5OXm5+jp6vHy
	8/T19vf4+fr/xAAfAQADAQEBAQEBAQEBAAAAAAAAAQIDBAUGBwgJCgv/xAC1EQACAQIE
	BAMEBwUEBAABAncAAQIDEQQFITEGEkFRB2FxEyIygQgUQpGhscEJIzNS8BVictEKFiQ0
	4SXxFxgZGiYnKCkqNTY3ODk6Q0RFRkdISUpTVFVWV1hZWmNkZWZnaGlqc3R1dnd4eXqC
	g4SFhoeIiYqSk5SVlpeYmZqio6Slpqeoqaqys7S1tre4ubrCw8TFxsfIycrS09TV1tfY
	2dri4+Tl5ufo6ery8/T19vf4+fr/2wBDAAICAgICAgMCAgMEAwMDBAUEBAQEBQcFBQUF
	BQcIBwcHBwcHCAgICAgICAgKCgoKCgoLCwsLCw0NDQ0NDQ0NDQ3/2wBDAQICAgMDAwYD
	AwYNCQcJDQ0NDQ0NDQ0NDQ0NDQ0NDQ0NDQ0NDQ0NDQ0NDQ0NDQ0NDQ0NDQ0NDQ0NDQ0N
	DQ0NDQ3/3QAEABT/2gAMAwEAAhEDEQA/AP38ooooAKKKKACiiigAooooAKKKKACiiigA
	ooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAoooo
	AKKKKAP/0P38ooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiimuyopdzhVBJ
	PoBQA6ivFf8Ahov4I/8AQ36f+b//ABNH/DRfwR/6G/T/AM3/APia97/VbOv+gOr/AOC5
	/wCR4n+s2T/9BdP/AMDj/me1UV4r/wANF/BH/ob9P/N//ia9A8JeN/Cnjuwl1TwhqcOq
	WsExgklgztWUKrFTkDnawP41zYvIsywtP22Jw84R7yhJL72kjowud5dianssNiITl2jK
	Lf3JnVUUUV5R6YUVhS+JtCh8S23g+S8iGs3dlPqMVnnMhtbeSOKSUgdFDyqozjcc4ztb
	G7SUk72exrVoVKai6kWlJXV1a6u1dd1dNX8gooopmQUUUUAFFFFABRRRQAUUUUAFFFFA
	BRRRQB//0f38ooooAKKKKACiiigAooooAKKKKACiq0N5aXE09vBPHJLasqTxo4ZomZQ6
	q4BypKsGAOMgg9DVmi5UouLtJBWHr3ibw54WtDf+JNUs9Lt+f3l5OkCnHYFyMn2HNblf
	nz+3X4QE+neHfHtsuTbSyaVdMOflkBlhz6BWWQfVh+P1PBeQ4fOc5o5Ziarpxm2rpX1s
	2lut7Wv36HzHF+d18oyitmOHpqcoWdm7aXSb+V7+h6f4x/bN+Evh3fBoJvPEVyuQPssX
	k2+4djLNtOPdEcV8q+MP21/ifrm+DwxbWXh23bO1o0+13IB9ZJR5f4iIGvjiiv6/yTwe
	4Yy60nQ9rJdaj5v/ACXSP/kp/KOc+LHEeYXiq3sovpBcv/k2svxPpv4I/GTxanxt8P6z
	4v1u91KK+uDps5u53kRUvf3a4DHairIUbgADbX7B33/Hlcf9cn/9BNfzyRySQyLLExR0
	YMrKcEEcgg+or94/AXiyPx18M9I8WoQW1LTFlm29FnCFZlH+7KrD8K/KPHvhylhq2DzL
	DQUYtezaSslZ80dF3Tl9x+oeB/EFTEUsXl+Im5ST51d3bvpLfs1H7z8GaKKK/qc/mYK/
	Tf8AY11q28OfBfxVr95FPPb6fq1xczJaxmaYxx2tuzlI1+ZyFBO1cscYAJwD+ZFfqf8A
	sK/8ky1z/sOyf+k1vX4/45p/6qVbb80PzP1rwTlCPFVKVRXjyyur2uraq+tvWx7V4O/a
	T+BPjzYnhrxtpMs0mNlvdTfYrhiewhuRFIT9FNbnxf8Ai54V+DPgK98e+JZQ0EKhLS3j
	YeZe3MgJihi65L4yTyFUFjwDX41ftwfs8/8ACo/Hv/CZeGrby/CnimZ5YljXEdlfnLzW
	/HCo/MkQ4+XcoGEzXxRLqWoz2UOmz3U8lpbszxW7yM0UbN94qhO1ScckDmv83sdxnjMJ
	Opha9Je0Wiabt5Ozvp13P9tOEPorcLcS4bBcRZPmVSWCqWlKnKMXOy+KHPFxUZJpxb5H
	3XQ/Rb9kP4teKPif+2BceMfF1z5t9r2lahbrGpIighjCyxwRKT8scax4A6k5Y5Ykn9qa
	/mT+AvxU/wCFK/FXRfiO9g2qRaZ9pSW0WXyGljuYJIDhyrgFfM3gY5K4yM5H7efDL9tL
	4CfEvyrRdb/4R3U5cD7FrgW0JY9kn3Nbtk8AeZuP90dK6ODM6ofV5UcRUSqOTer3vbq/
	O54X0qfCvOFndDM8jwEpYKFCEL043UHBzVnGN2ko8urXL53Tt9YUVGksUkSzxurRsodX
	UgqVIyCD0xjvXk/gb44/Db4ia1f+HvDeqo+oWE0kQgl/dm5SIkGW3JOJYzgnK8gckAEE
	/p2Gy3FYijUxFCm5Qp2cmk2op7N9j+H8Rj8Nh6sKFeoozndRTaTbW6Xc9coooriOsKKK
	KACiiigAooooAKKKKACiiigD/9L9/KKKKACiiigAooooAKKKKACiiigD8mv23/FPjz4G
	/HLwz8V/h5qMumS65pH2S6QfPb3j6dKdyTxH5ZF8ueMYIyuMqQeR7f8AB/8Ab8+FPjLw
	5PN8SJ08I63p8BluYnDy2t0F6tasqs5Yn/liw3jOFLgEjxX/AIKSePfh3q+kaD4FstQS
	78XaPqTXM0EAEi2lpNCyyJM4OEkdxEypy21csACpP5J1+T5rn2IyzNaqwslKD1cXqrta
	+jv2+Z/pJ4d+DuScf+HWWz4hw8qWJppxjViuSo6cZvk3TUoOFlHmTtvG1z9Jfjv/AMFB
	vF/jBp/DPwahm8O6XITEdTkAOqXAPH7oDK2wPbaWk6EMhyK/QPVvhBOv7K6/DW533GrW
	WhpdSO7F5JdVi/0uZtxyS0txvBJJJ3nJr8JvgtL4Tt/i14RuvHV0tloNtq9pcX00il0E
	UMgfDhQTsZlCsccKSe1f062l3a39rDfWM0dxbXEaywzRMHjkjcZVlZSQysDkEHBFfU+H
	edYv6+84nUvUpyi4rtZ823RNpetup+L/AEtOC8k4eyfAcH5LhPZ4epGpKpOzbqStyLmm
	/ilFObtf3VJWSTR/O/RXp/xn8H/8IH8UfEfhlE8u3t715bVewtrjE0IHriNwD7g1zvhf
	wH408az/AGfwnol9qjZ2s1tCzxof9uTGxPqxFf6rUM2wtXBQzBzUacoqSbaSs1davQ/w
	3r5XiaeMngFBupGTjZJt3Ts9FqclX6f/ALFXjD+1Phxr3g24fM2hztPCpPS2vVY4A9pU
	cn/eFeI+D/2I/iRrOyfxZf2Xh6BsbowfttyP+ARsIv8AyL+FfbHwg/Z28HfB6e61DSLy
	+v7++tja3MtzIoiaMsrELEigDlRgksw5weTX4V4s8dcM5hk9TLaNdVKycZR5VdJp/wA3
	w6q60b32P2vwt4L4iwObQzCrQ9nSs1Lmdm01/L8Wjs9Utj8VqK/bD/hmP4E/9Cnbf9/7
	j/47R/wzH8Cf+hTtv+/9x/8AHa7P+JhMh/6B6v3Q/wDkzj/4gPnf/P8ApffP/wCQPxPr
	9T/2Ff8AkmWuf9h6T/0mt69h/wCGY/gT/wBCnbf9/wC4/wDjtdzoXgbQ/hv4a1HTvhno
	9vayzebcw2rzSLBLeGMKnmSMZGRDtUMVBIAyFJ4PwviN4u5Vn+Szy7C0qkZNxd5KNtHf
	pJv8D7fw88KMzyXOoY3E1abjZrRvrp1ikl3bZ+dX/BRr422MWmWfwM0fyp7ud4dT1iQq
	rm2jT5raFSc7ZJD+8YjDBAo5WQ1+Q9fsZZf8E8NS8Z+JL7xp8a/HUl9qerXL3d7Fo1uE
	BkkOSEuLjdhR91V8gBVAA44rtfiX/wAE+fhVefDi60v4Y2s2neKbb/SLS/vLuWb7U6A/
	uJwzeWiSdNyIpVsHkAg/xJm/D+bZlXqYycFFdIt62Wy0vr6vc/2V8NfGnw14FynB8LYX
	EyqybXtasYNU/aStzTbnyvkWiTjGXupb6s/GjwR4K8SfEXxVp3gvwjai91fVJGjtoTIk
	QYojOxLyMqqFRWYknoPXiv1G+Ff/AATVtYvJ1L4xeIDO3DHS9FyqeuJLqVdxHZgka+z9
	6+Wv2MfDmq6N+1v4b0TXbSWyv9Jk1dLu2mXbJFLFYXKFWHYhjX7e/FP4jaP8LPBd94u1
	ch/IXy7W3zhrm6cHy4l+pGWPO1QW7V38A8JU81aTpudVz5Ix89Onq+uh4n0rfHfPuFcd
	TyvJcVGjh5UFVlUik5WcprSTukuWKacUpa6S2Pj79oTxb4R+A3w+h+B/wmtU0qXUoma6
	WCR3e1s5OG3O7M5luMFcsxITJ4ypr847W6ubG5ivLKaS3uIHEkUsTFHR1OQysuCCD0I5
	rX8UeJdY8Y+IL/xPr85uL/UZmnmc9MnoqjsqjCqOgUAdqwa/1I4B4KwvDWTwy6klzPWb
	S0crbL+6tku3m2f4MeIPHOO4pzurm2LqSk23y8zbla97tu7cm9ZO7166I/Qb4KftlT2v
	2fw18XC08PEcWtRpmRB0H2mNRlx/00Qbv7ysctX6KabqenazYQappNzFeWdygkhngcSR
	yIehVlJBH0r+eWvoT9nz4mfFHwp4w0/w14DY6jFq1ysb6RcEm1kLfek4yYSqgs0i9AMs
	GAxX5n4h+C+CxNOpmWTtUZpOUovSDtq2v5H/AOS+mrPv+AvF7GYepTy7Nk6sG0oyWs1f
	RJ/z/wDpXroj9pKKQZwNwAOOQDkZ/Slr+Sz+pAooooAKKKKACiiigAooooA//9P9/KKK
	KACiiigAooooAKjlligieed1jjjUu7uQqqqjJJJ4AA6mpK/Ov9rv4+/8fHwl8H3P+xrl
	1E3/AJKKw/8AI2P9z++K+o4Q4VxfEOZQy/Cq19ZS6Rj1b/RdXZHzfFfE+FyHL547E9NI
	x6yl0S/V9Fdnt3hP9rT4beJvHd94Nlc6fbicQaZqk7gW16RgHOQPJ3Nnyyxw64yVYhTU
	/aY1H9pq80pvDHwB8PKVuYsXeuG/tILlA3WO1jmlQo2OsrfMP4ADh6/IivtP4BftXan4
	I+zeEviHJLqOgDbFBecyXVivQA9TLCv937yj7uQAlfsniN4CXwTrcOzlokpQv7zstXFt
	PV7uP/gPSJ+deEf0hllmcQr8QYalVtK8faRk6ad9FOMZRul0bbX8ye58K61+yn+0rZzy
	3OqeBtYuZpHaSWSEJeu7scsxMLyFiTyTySa+d5oZraaS3uEaKWJijo4KsrKcEEHkEHgi
	v6ttJ1bTNe0231jRbqK9sbtBJBcQOHjkQ9wRx/geK/Ar9sD4P6h4X/aUvtE8P2jSJ41u
	INS0qGMf6yfUZCkka9s/ag4A7KVr+FuKOEFltNVKTk3zWae6f3Lrp6n+0XgH9JLEca5l
	VyrOKVKk1T9pCUG1GSi1zL3pS6NSVnsmfOPh/wCGPxJ8WWS6n4V8J65rNmzMguNP025u
	oiy8MoeKNlyO4zxX6G/soeOv2mfg5dQeEPFvw98W6r4JmkwI30q6Fxphc8yW/mIMx5OX
	hJx1ZMNkP+ofwl+Hun/Cr4ceH/h/pu1o9Hs0hlkUYE1w2Xnlx/00lZn9s16JX0WU8Gyw
	koYiNZxnbWyVvNeaPwrxK+lJR4jo4rJK+VUquEcpKEpSlzWTajNWtyztrptdp3V7+b6r
	8K/ht4r8Qx+Nte8P2uo6m1vFEst7EzgRplk3QS/IHG7qybxwD0wPQre2t7OBLa0iSCGM
	bUjjUIigdgowAPpU1FfotfH4mvCFOvUlKMVZJttJdknsvQ/jKjgsNRnOpQpqLk7tpJNv
	u2lq/MKKKK5TpCiiigAooooAKKKKAPGNT+CPhS8+MujfG6yQWevadbXNneeWo2X0M0LR
	RtJ0/exZwr9SnynIC7fCf2ufg/8AEn4gpY+IfC0/9p6fpEDA6LGpWcOxy88fJEzMoC7e
	GAUbQxJr7dor2uE88q8PZlHM8DCPOm201dO6s/NNrqrP72cvGmHq8UZbDLM2qylCEFCD
	vrGMZOUY+aTk7J3VrLZK387c0MtvK8E6NHLGxR0cFWVlOCCDyCD1FR1+z/xm/Zv8FfFq
	KTUlUaP4hC/JqVugxKQOBcRjAlHbdkOOMNgYP5T/ABI+FPjX4Vav/ZXi2xMSuT9nu4sv
	a3KjvHJgZPqpww7gV/bPBHiXlXEcFTpv2dfrTb19Yv7S/FdUj+LOMvDrM+H5upUXPR6T
	S0/7eX2X+D6NnnFfqv8Ash/BT/hDfD3/AAsPxFBt1rW4R9kjkHzWti2CDg9Hm4Y9wm0c
	EsK+T/2Wvgqfib4u/t/XYN/hzQpEknDD5Lq5HzR2/oV6NJ1+XCn74NfZ3x6/ag0H4Yxz
	+GfCnlar4nwUZc7rawPrMR96QdogQR/ERwG+H8VM9x+bYmPB+QxcqkrOq1tFdIt9Fs5e
	Vlrdo+z8MslwWV4d8WZ5JRpxuqae7fWSXV9I+d30TPV/i18Z/B/wf0f7dr83n386k2Wm
	wsPtFww4z/sRg/eduB2y2FN74S/FLQvi34Qt/E+jYhmH7q9sy26S1uAMshOBlT1RsDcp
	6A5A/EHxH4k13xdrNz4g8SXsuoahdtulnmOWPoAOiqBwqgAKOAAK9D+Cvxc1j4P+MItd
	st0+nXG2HUrIHAuLfPUZ4EiZLI3Y5B+ViD4+P8BKVLIXHD1OfGr3r7RfeCXRdpPVveyd
	l62C8cKtTO08RDlwb9228l2m31fdLS212rv9yaKxfDviHR/Fmh2XiPQLlbvT9QiWaCVO
	hU9iOoZTkMp5Ugg8itqv5gq0p0punUVpJ2aejTW6Z/SNKrCpBVKbvFq6a2afVBRRRWZY
	UUUUAFFFFAH/1P38ooooAKKKKACiiigD5X/ac+PEXws8P/8ACPeHplPijVoj5OME2Vu2
	VNww/vHkRA9WyxyFwfyDlllnleaZ2kkkYs7sSzMzHJJJ5JJ6mv1p/aG/Zisvie8/jDwp
	ILPxQEXzElY/Z75Y1CqrE/6uQKAFYfKcYYfxD8p9c0PWPDWq3Oh6/Zy2F/aOY5redSro
	w9u4I5BHBHIJFf2X4HzyKOT+zy6V8Q9aqekr9LL+RfZa072baP5G8ZoZ1LNvaY+NqC0p
	21jbr/28+qfyukmZVFFTW9vPd3EVpaxvNNM6xxxxqWd3c4VVA5JJOAB1NftjaSuz8dSb
	dkfSn7M/xM+JXhjxtY+E/B8TaxY6tcAXGlSuRCB/HOr4PksiglnAIIHzBsDH6e+LvhN4
	Y8Z+PfB/xC1ePdqHgyS8ks12grIbqMIN/wD1yZQ6ejc15t+zX8CoPhL4b/tXWo0fxPq0
	am8fhvssRwy2yH2ODIRwz+oVTX01X8JeLue5VnmdSngKUeSGjmv+Xkk783ayatF7tatt
	WS/uLwewed8N5Wp1a8o1JqSUb/BCcXCUO/vRk+ZbK+lndsooor81PuQooooAKKKKACii
	igAooooAKKKKACiiigArD8R+GtA8XaRPoPiawh1GwuRiSCddyn0IPVWHZlIYHkEGtyit
	KVWdKaqUpNSWqa0afdMzq0oVIOnUScXo09U15o+E/wBoTVPE3wB+HGk+DvhNp/8AZPh+
	6MsNzq8bl7qKaQlim7GUeUZIlJJwNq7doNfmK7vI7SSMWZiWZmOSSepJ7k1/QT4n8NaL
	4w0G98M+IbdbrT9QiMU0TdweQVPVWUgMrDkMARyK/E34yfCfWvhB4wm8Pajunspczade
	4wtzb54PoJE+669jz90qT/WPgdxZgcVRq5dVio4ttzcnrKrd3bberlG+q7arrb+X/Gfh
	fGYatTzClJvCpKKjsqVlZJJaKLto++j6X8mooor+gz8HPrb9lz49t8NNcHhLxPOf+EY1
	WUfO54sLlsASj0jfgSDtw/Yhv1wVldQ6EMrAEEHIIPQg1+TPwD/ZY1j4htbeKfGwl0vw
	2xDwxfcutQHUbM8xxHvIRlh9zruH6taZptjo2m2ukaZEILOyhjt4IlJISKJQqqCSTwAB
	yc1/GHjdPIqmcqplkr19qtvhuttf5ukrXW17Svf+vPBuGdU8p5MxjajvTv8AFZ76fy9Y
	387aWteooor8WP2AKKKKACiiigD/1f38ooooAKKKKACvir9oL9p3WfhR4/0/wx4atLPU
	I4LQT6pFcbslpyDEiOpBR1Rd2SGBDjjivsfU9Rs9H0271fUZBDaWUElzPIeiRRKXdj9F
	BNfgl478WXnjrxjrHi+/yJdVu5LgKTny4ycRx59I0CqPYV+0eC/BeGzvMK2IzCnz0acb
	WezlLRfcrvydmfkPi9xfiMmwNKhganLWqSvdbqMdX97svNXP1K8A/tifCvxb5dpr7y+G
	L58Are/Palj/AHbhBgD3kWMV33xU+DngL47eH47mSWEXqxk6frVkUlZRyQCynbNET1Un
	12lTzX4lV2fg/wCIfjfwDd/bPB+tXeluTudIXzDIR/z0ibMb/wDAlNfq2YeCUMLiVmHD
	GKlQqx1SlrH0v8SXe/PfZn5hgPGOWJw7wHEeGjWpS0bWj9bbN9rONuhqfEz4V+L/AIUa
	62h+KrXYHLG1u4stbXUY/ijfAzjjKnDLnkDIr7d/ZF+AX2GK3+LHjG2/0iZd2iWso/1c
	bD/j6ZT/ABMP9Vnovz9SpGn8DPi3qn7Rc114C+J3hnTdXstPt1vpL8KY1WSN1WMNEQy+
	Y5J5RkG0MNpGQfu9VVFCIAqqAAAMAAdABXxniT4j53QwL4dxtNU8Q1+8lCSalFrTl6x5
	vtJ2dvKWn1/h74fZNWxv9v4Oo6lBfw4yjZxknrzdJcv2WtL+cdXUUUV/Oh+/BRRRQAUU
	UUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFeV/GH4U6J8XfB8/hzU9sN1HmbT7zbl7a
	5A4b1KN0de6+4BHqlFdmX4/EYHEwxeFk41IO6a6Nf1t12OTHYGhjMPPC4qPNCSs0+q/r
	7j+f/X/BniXw34quPBWqWMq6xb3AtjbRqZHkkYjZ5YUZcSAgoQPmBBHWv0I+AX7I1to/
	2bxh8VYEub4bZbXR2w8MB6hrnqJH/wCmfKL/ABbjwv0t8QPE/wAFPhz4gsfHHxFvNK0f
	WXt3tbO+vBi4aFTl1iwCxxu5KjIDEZwSD5BrP7d/7M+k7lg8Sz6k69UstOum/JpYo0P4
	NX6vxp9IGtjMDDAUJxoScf3j5lzN9VHrGL3/AJul7b/I+Hv0Xc2rYp5jh8DWxdPmfs+W
	lOUEk95NLlclt/Kmu+3lv7dvx21b4U3fw+0jwpN5eow6qviC4jVtoe2sf3UcMmP+WVwZ
	JAw9ENfd/g7xXpHjnwrpPjHQZPN0/WbOG8t27hJlDbWx0ZSdrDswIr+dr9p/4w23xw+L
	2peNNKE6aQsNvY6ZHcqFlS2gTncoLAF5WkfGeN1fQ37MP7bVp8Efh/J4A8W6Pe61bW15
	JPpslrLGpghn+aSEiTHyiXc647u2e1fyrgeLaSzWv7af7qWz6Ll0/HX8D/STjD6NeY1P
	DrKf7Kw3NmNK7qx0UpKq+ZxbbSvSfLFK+3MfuHRX5s6d/wAFJfBer39vpWl+Btfu7y7l
	SGC3geCSWWRzhURVJLMxOABya/Q/QL/UdU0Wz1HV9OfSby5iWSWxkkSaS3ZudjvHlCwH
	3tpIByASOT9tgc2wmMv9WnzW30f+R/JnF/hvxHwtGnLP8M6PtL8qcoNu29lGTdl1drdL
	mvRRRXonw4UUUUAf/9b9/KKKKACiiigD5F/bK8ff8It8MB4ZtJNl94nn+zYBwwtIcPOR
	9TsjPqHNfkjX6m/tO/s9fEH4qa7b+KfDGoWl1HY2a20Wlzk27rhmZmSQkxszs3O7y8AA
	ZOK/NzxV4H8X+B73+z/FukXelTEkL9ojKpJjqY3+4491JFf2f4J18oo5FDCYWvGVeTcp
	xvaSb6WdnZJJXWl72P5C8YqGa1s7nisTRlGjFKMJWvGy63Wl223Z62tc5Wiiuw8AeEbz
	x5400bwfZZEmqXccDOoyY4s5lk+kcYZj7Cv2LE4mnh6M69Z2jFNt9kldv7j8mw+HqV6s
	aFJXlJpJd23ZI/UP9jjwD/winwtHiO7j2X3ieb7WSRhhaxZS3U+x+eQe0lfWtU9O0+00
	nT7XS9PjENrZwx28Ea9EiiUKij2CgCrlf508SZ1UzfNK+ZVd6km/RdF8lZfI/v3h7J6e
	VZbRy+ntCKXq+r+bu/mFFFFeIeyFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRR
	QAUUUUAcn428DeEviN4dufCvjXTINW0u6HzwTrnaw6OjDDRyLn5XUhh2NfiZ+0z+xP4n
	+DyXfjPwO8uveDo8ySlgDe6amf8AluqgCSIf89UAx/GqgZP7v18fft2eJ/8AhG/2bfEM
	CPsm1qey0uI56+bMssg98wxOK+Z4nyrCYjB1K9de9BNprfRbeaP336PviLxJkfE2EyjK
	qt6OJqwhOnK7haUknJL7MorXmVr2s7rQ/n0pyKXdUXGWIAyQBz6k8D6mvUvhN8GPiF8a
	vEI8PeAtNa6dNpuruUmOztEbo882CFBwcKAXbB2qTUXxP+DfxH+Dur/2P4/0WfTmdiIL
	nHmWlyB3hnXKPxyVzuX+IA8V+LfU6/sfrHI+Ta9tPvP9WnxPlH9p/wBi/WofWrc3s+Zc
	9u/Le/8AwNT9ov2UP2RdE+CWnw+L/Faw6n42u4uZhiSDTY5BzFbnoXIOJJep5VcLkv8A
	bdfO37KXxC/4WV8BfCmuzy+be2toNLviTlvtFh+5LN/tSIqyf8Dr6Jr98yejhqeDprCq
	0Gk/vXXzP8ZvFDNc9x/FGNlxHVc8TCcoS6JckmrRXSK+yl66ttsooor0z4EKKKKAP//X
	/fyiiigAooooA86+L3iSbwf8KvGHim1lMNxpWh6hdW7jgrPFA7RY99+Me9eNfs1/Gvw7
	+0t8LR/wkdtaXWtacEtNe06eJJImlwdk4iYFfKnALDjCsGXnbk0v23/FNn4d/Zx8VWr3
	UUV7qqWtlbQs4WSUS3UIl2qTlsRbycDp1r8T/gR8Zde+BnxEsPG2jbprdT9n1KyDbVvL
	JyPMjPYMMBkb+F1B5GQfi844lnlub0kpe5bW3S70fqrfcf1j4VeBdPjbw4zDF04JYuNV
	+xb+0oQi5Qd9OWfNa+ykk9k0ftT4+/Yz+GXijzLvws8/hi9fJAg/f2hY+sLsCv0R1A9K
	xv2dv2Z9d+FPjvVPEviqezvRBai30uW1ZmDGcnzXKuqsjqihccgh2wTivnLxJ/wU7X54
	vB/gQn+7PqV/j84YYj/6Nr6Z/ZT+KXxx+ONpd/EXx7b6ZovhU77bSrOwtXSS9lU4eZpJ
	pJW8qLBUbdu989AhDfqGF8bMzxmEqZDDFSqwqKzum2l1992dns7tqzstWfz5xF9EjH8O
	0FxfnOCp4RUmrJ1I3nJ/ClTg5Jy6rSNrXbsmfZdFFFeGfIhRRRQAUUUUAFFFFABRRRQA
	UUUUAFFFFABRRRQAUUUUAFFFFABRRRQAV84/tDfAZv2gIPDHhnVNUbTfDmmahJqWprAM
	3Vw6R+VDHESCiZEkm52zt4wpzkfR1Fc+Kw1PEUnRqq8Xuezw/n+OyTH08zy2fJWhfllZ
	Ozacbq91dJ3T6Oz6HH+CPAng74Z+G7fwt4L0230jS7UZEUQxubABkkcktJI2PmdyWPc1
	U8XXHw113SLjQPG9xo15ptyu2a11GWBomHushwCOoPUHkc1+FviCS+XVryzvbiadra4l
	i/euzn5GK/xE+lYlf1DhPo40HSSnjvdtsqaSt/4G/wAj+ZMd9I/HzxksZ9Wftubmc5VW
	5c1781+W9763vfzP18+F1v8As9/ASPXNM8IeN9Lg0bV7xL9NLl1SC5WyuNnly+S29pSk
	irH8rliCn3iDgfQfhTxt4T8c2k9/4R1SDVbe2l8iWS3JZVk2htucDnBB4r8AK/TD9g28
	3+G/Flhn/U31rNj/AK7Ruv8A7TrwuNPBbLuG8gqY/CVpScHHSyUbSkl0166anu8P+OOc
	cX8SRhmsU51U7zbbk3GGl31do6t6vdu92ffFFFFfgZ+yhRRRQB//0P38ooooAK/OL9qK
	D9uCw+13vgHU7e78MfMdnha2NvqkcY6eYkrTXJYDvbSHPUqo4H6O0VwZjgPrdF0ueUPO
	Ls/+Cj7LgbjB8N5lHMfqlHEJbwrQU4+qvrGXZr5pn8pWuanrurapPeeJbu7vdRLlZ5b6
	R5bgupwQ7SEvkHrmsiv2L/4KVeE/C9t4H8PeL7bSrSHXLnW1tJtQjhVLmW3+zTN5ckgA
	LqGVSN2cY4xzX5ZfDn4X+O/izr58M/D/AEmXVtQWF7h0RkjSOKMcs8kjLGgJwo3MMsQB
	yRX4hm+UVcJjng0+eWlrLV38u5/rd4aeJmX8ScJQ4mqQWFormUlKS5Ycjs3ze6uXs2l6
	HW/s8fDHS/jB8XtA8Ba1qCadY30ryXDk4kmit0MrwwnGPNkVSqk8Dk8kBT/Sfo2j6X4e
	0mz0LRLaOy0/T4I7a1t4RtjihiUKiKPQAYr+ZHVvCXxT+Cniiw1PXdH1Pw1q2m3UdzZT
	3MDxr50DB1aKQjy5ACOqswNf0W/BX4o6X8Y/hpovj/S9qHUIAt3Apz9mvIvlniPfCuDt
	J5ZCrd6+24CqUqbq4acbVd9d2u3yf5n8l/TKweYYyOXZ5hK/tcvacEotOMaju+a60fPF
	WT1tyPvr6nRRRX6QfwmFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUUAF
	FFFABRRRQB+CHxPs/wCz/iV4sscY+z65qMQ+iXEgFcNXsX7QVn9h+NXjGHGN2qTTf9/s
	Sf8As1eO1/pFkNf22WYat/NCD++KZ/nvnlH2OY4il/LOS+6TQV+g/wCwTebNR8Z2Gf8A
	WwadMB/1yadT/wCh1+fFfbv7Cl55fxH16wz/AK7RGlx6mK4hH/tSvkfFih7XhPGx8ov7
	pxf6H1XhdW9lxRhJebX3xkv1P1Looor+Cz+3gooooA//0f38ooooAKKK5/xZrknhnwvq
	3iOK1a+bS7Ke8+zI2xpRAhkKBiDgkLxwea1o0Z1akaVNXcmkvVmdarGlTlVnsk2/RHx1
	+3H8MvF3xe8PeCPA3gu0Nze3fiAvJI2RDbQJbSh55nAOyNN3J6kkKoLEA+8/Aj4FeEfg
	L4Mi8MeHEE95Ptl1PUpFCz3twB95uu2NckRxgkIPVizN8ReJP25/H1/vj8MaJpukRt0e
	cyXsy/Rv3SZ+qGvAfEnx/wDjJ4q3LqvivUEjfrFZuLKMg9ituIww+ua/WMn+jhnVbGSz
	DGShTlJJavmaVuijdevveXr8zn/0s8OuGMPwhgueWGpSlNqK5VUlKTknNys7R+yuW1/e
	d3a37M+L9b8Cadpstp47vtKgsZ1xJDqssKxSr6FJjh/pg5rD+Gfg74aeGdKn1T4WWVrY
	aTr7rfMmnsy2Uj7dnmxQ58qMsoAby1XIUZ6CvwmmnmuZWnuJGlkc5Z3JZmPqSeTX67/s
	beJP7c+DFtprtul0O+urEg9djMLhD9MTbR/u47V2eIHg7R4dymGaRre1qKSi/dUUk09V
	q3vZb9T5LgLxlxueY6rkqi6VGceblU21Jxaa5lpF2Wq00sfVlFFFfix+rhRRRQAUUUUA
	FFFFABRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAUUUySSOGNpZWCIilmY8AAckn6
	UJX0QNnw14/+BfwZ+JHxT1zUtU8eJZavcTRLcaVFNbRzRSRwxx4AlJZs7dxwvBOK37P9
	h/4RQgNPqGu3Xf5rmBVP02W4P61+Y3jTxBJ4r8X634mkJzqmoXN2AeyzSM6j8AQB9Ku+
	HPiL488Ilf8AhGfEGpaai9Ire5kWI/WPOxh7EGv7NnwBxRHAUaOBzeUOWEVyuKSVklZS
	jZ2W2qb8z+RYcdcNyx1WrjcqjPmlJ8yk23dt3cZaXe+jS8j9VrP9j34F22PO0q7u8f8A
	Pa+nGf8Av26V6d4J+C/wy+HWovq/gzQ49OvJIWt2mE08rmJyrFcyyPwSoP4V+bHhv9sz
	4y6JtTVJrDXYxwftlsI5Mez25i592DfjX3X+z98eLr43W2rPcaENJbR/s6ySpcefHM9x
	vwFBjQrtCZIy3Uc1+O8a8McdZdgqlfNMVKph1ZSaqtx1aSvGTi3dtfZZ+s8HcScFY/GU
	6GW4aNOu7uKdJKWibdpJNKyT+0j6Nooor8UP2EKKKKAP/9L9/KKKKACobm3hvLaW0uVD
	xTo0cinoyOMEH6g1NRTTad0JpNWZ/Pp4o0Sbwz4l1bw5c583S724s3z1JgkZCfx21hV9
	Kfta+G/+Ee+N2sSouyHV4rfUoh6+amyQ/jLG5r5rr/R7h3M1mOV4fHr/AJeQjL5tK/3M
	/wA+8/y54DMsRgn9ico/JN2/AK+/v2D/ABJ5OueKPCMjcXVrBqMSnsbdzFJj6iZM/wC7
	XwDX0B+y94k/4Rr43eHJXbbDqMsmmyj+99rQpGP+/uw/hXheI+V/2hw1jMOld8jkvWHv
	L8rHteH+ZfUOIsJiG9OdRfpL3X+dz9qKKKK/z9P7rCiiigAooooAKKKKACiiigAooooA
	KKKKACiiigAooooAKKKKACiiigAryT48eJP+ET+D/ivWVbZINOktom7iW8xboR7hpAfw
	r1uvib9uTxJ/Z3w60jw3G+2TWNS8xh/egs0LMP8Av5JGfwr6zgXK/wC0eIMHhGrpzTfp
	H3pfgmfL8a5l9QyLF4pOzUGl6v3V+LR+WFFFFf6GH8FhX63/ALFvhv8Asf4P/wBsSLiT
	XdRuLoMepihxbqPoGjcj61+SFfvb8MPDf/CIfDvw54bZdklhpttFMOn7/YDKfxkLGvwb
	6QGaewySjgovWrO/ygrv8XE/b/ArLfbZxWxjWlOFvnJ2X4KR3dFFFfyAf1aFFFFAH//T
	/fyiiigAooooA+Dv2yfhV4p8a6n4W1rwdpF1qt0sdzY3S20ZcogKyQlyOFXLScsQM189
	+G/2MfjHrW2TVo9P0KM4J+13Ilkx7LbiUZ9iy1+utedfEP4reBfhdp39oeMNSS2d1LQW
	ifvLqfHaOIfMRnjccKD1Ir9h4Y8U+I8Ll9DIcopRlKN0nyuU3dt6K9tL9noj8n4j8M8g
	xOOrZ3mtWUYuza5lGKsktXa+tu61Pk3w3+wh4bt9kni3xNeXp6tFYQparn03yGYke+FP
	0qPxZP8Ass/s83CrpeixeIPFVk6yRW/ntdSQzxnKtNJIzwwMrAH5U3g4IXuPCfi3+1z4
	48d+dpHhLf4a0V8ofJf/AE2dDx+8mGNgI/hjx3BZhXySSWJZjknkk1+z5DwTxPmqWI4s
	x01B/wDLqEuW67TcLK3kr/4kfkOd8Y8OZY3Q4XwUHJf8vZrmt5xU7u/m7f4WfvX8M/H2
	lfEzwVpvjHScIl7HiaHdua3uE4libp91s4OBuXDYwa7yvyb/AGP/AIt/8IX4zbwRrE2z
	R/EkipEWOFg1D7sTewlH7tvU7OwNfrJX85eIvCE+Hc5qYSK/dS96D/uvp6xej9L9T+gO
	AOK45/lEMVJ/vY+7Nf3l19Jbr7ugUUUV8IfbBRRRQAUUUUAFFFFABRRRQAUUUUAFFFFA
	BRRRQAUUUUAFFFFAGP4i1STRPD+p6zFEJ3sLO4uliLbRI0MbOFzg43EYzg4rwrwfrnwT
	/ax8D2XihtOttWSAGKa1uvlvdNncAyQsyMrpnAIZTtcAEZ7e7eILb7ZoOpWmM+fZzx4/
	342H9a/mj+DXxm8Z/A/xjB4u8H3GDxHe2UhP2a9t85MUqj81YfMh5HfPz+Z8VYjI8dQr
	UpOKd9YtqS21TVn11R+/eFHghhvEbhzNaVO31qg6bgpawmpKd4STutXFWl0e+m37V+JP
	2JPhXqu+TQLvU9EkP3USUXMA+qzAyH/v4K8B8SfsL+O7HfJ4Y13TtWReQlwslnM3sB++
	TP1cUeM/+CmXhmDSYB4A8J3d3qk0CNM2qSpDa20zKCygRF3nCnjP7rPUUv7JvxH+OP7S
	vxNu/GnjrW5bfwl4VUSLpenL9jsZ7+cEQxOEO+ZIgGlIkd8MI88Gv0jKPpCZ5hsRDCYT
	FOs30klJerk0paLsz8vzr6FFWnkuJ4h4gwkcFRpJu7nacne0YwpwbV5SaS5lFa32POPC
	/wCzR8VtP+IXh/TvFPhu5j02TU7b7XcxFLm3W3WQNIzPCzqoKA43Y54r9jKKK9Djbj3H
	cT1KNTGwjF000uW9tXq9W+y69D8e4O4IwXDkKtPBylJVGn71r6LRaJd306hRRRXw59mF
	FFFAH//U/fyiiigAooooAK/IL9rn4cal4O+Jc3iNpZ7rTPEpa6t5pnaUxzLjzoCzEnCE
	hkHQIwUfdNfr7Xk/xq+Gdn8V/AGoeF5Qq3oH2nTpm/5ZXkQOw57K+Sjf7LHviv0Lwy4u
	XD+dwxFX+FP3J+Sb+L/t12fpddT4PxG4V/t3J50KX8WHvQ82un/byuvWzPwvoq3f2N5p
	d9cabqELW91aSvBPE4w8ckbFWVh2IIINVK/vWMlJKUXdM/iCUXFuMlqhyO8brJGxVlIK
	sDggjoQfWv2p/Zy+LCfFb4e293eyhtb0rbZamv8AE0ij5JsekyjdnpvDAdK/GLTdM1LW
	b6HS9ItZr28uGCQwW8bSyyMeyqoJJ+lfpx+yz8APH/w21SXxj4pvk05b61MD6NHiZ3Uk
	MjTuDsRkIyoXceSCVyQfxPxyw2U18lTxlWMK8HemvtS6ONlrZrrsmldn7F4L4jNKOcWw
	lJzoTVqj6LqpXel0+m7TdkfcVFcF4Q+JHhfxxrfijQfD9x59x4S1FdMvyMFfPMSSHaR2
	Vi0bZ6PGw7Zrva/jGnUjUjzQd1/lof2JjcDiMHV9hioOE7J2as7SSlF284tP0YUUUVZy
	BRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQAVyHjXx94M+HOiyeIfHOsWmjafHkebd
	SBS7AZ2xoMvI/oqKzHsK6+vENauvgV8YPEl/8NvEVto/iXVNHj3SW93bpM0W44kEErLk
	OhAEnltlCQDzkC/qeMrUak8HDmcFduzaS2vK2yuzpy/F5VRx1CGczlGlKVmoOKm+toc2
	nNZefofnv8bP+Cjd7eC40D4I6d9liYNGdb1OMNKw6bre1OUX1DS7iQeYwa/Kqv3V8c/8
	E7fgb4k8yfwtLqfhW5bJVbWf7XagnuYrnfJj2WVRX40fFLwJc/DH4h+IPAF1cfbH0O+l
	tBc+X5Xnopykmzc23ehDbdzYzjJ61+JcVYTNYzVbMWnHZWei8ktGtu3zP9U/o7cR+HNf
	DVcr4IpSp1VFSqKpF+0kk7KUp3lGVnLRRlaPM7RVzga/oq/Y28P+DfD/AOz34YXwbdxX
	6X8JvtRuYxgvqM2PtCODghoSBCAQDtjU98n8I/DHwW+LPjXw+3irwh4T1bWdLSZ7c3Fj
	bPODLGAWVVQF2xuGSARnjqDX0v8Asu/Gbxx+zH4zOi/EPSdV07wfrkyJqUN7aTQmznOF
	W7jSRFOVGBKo5dOxZVFHCmMWAxaq4mDUJK3M09L9fTuV9I3hipxnw1PLcixcZYjDz53R
	jKLc+VNODSfMppNuK6vRq7TX7z0VXs7u11C0hv7GaO4trmNJoZomDxyRyAMrqwyGVgQQ
	RwRViv2pO+qP8o5RcW4yVmgooooJCiiigD//1f38ooooAKKKKACiiigD8yf20vhJ/ZGs
	wfFPRIcWmqMttqioOI7sD93LgdBKowx/vrk8vXm3wk/ZP8e/EPydW19W8OaG+GE1yh+1
	Tp1/cwHBAI6O+1cHKhulfrxcWtteReTdxJPHuR9kih13IwZTggjKsAQexANZfiTw5oni
	/Qr3w14ktI7/AEzUYmgubeUfK6N7jBVgcFWBDKwBBBANfsWB8ac5wOQ08pwsV7WCaVR6
	vl+ykrWutru+iWlz8qxHg/kuOz6WZ46clRm05Qiuv2nur335bxu7+8kcZ8N/g/4C+FVj
	9l8J6csdw6hZ76fEt5P/AL8hAwO+1QqZ6LXG/tM/GW3+B/wm1TxXG6f2vcj7Bo8TYO++
	nB2NtPVYVDSsOhC46kV+P/7S/wAEviV+zf4nE+i61q03hHUpW/svUY7mVGjPLfZrgowC
	zIOhwBIo3LghlX5W1vxh4t8TQwW/iTW9R1WK1LNAl9dy3KxF8BigkZgpOBnGM4FfzFxH
	4h4+vWrLGwl9Yf2pS5nfve33dD/TLwt+iLkmJhgM4y/MoV8uupckaXJzJauDXO+V3XLN
	PVa9T7//AOCcXj+4s/i94i8KancPIfFWnNd75GLPLe2MhkySeSxilmYnrxX7VV/LB4E8
	c+Jfht4s0/xt4PuhZ6vpbu9vMUWQDzEaNwUcFWDI7KQR0Nfdnhf/AIKTfGGxaO38R6Bo
	mtrkDMKTWdw5PbcskkeT2xFXk8LcVYXCYT6ri2003Z2urPX13v0Pr/pDfR14h4k4jfEH
	DkISjOEFOLkoy543jdXSjbkUV8S1T02P2zoryP4OePvGvxH8Lp4k8Y+C7jwU0+1re0u7
	sXE8qEcuU8qJ4h6CRVY9doGCfXK/TKNaNWCqQ2fdNfg7M/gPNcrxGXYupgcVb2kHZ8so
	zV/KUHKL+TeugUUUVqeeFFFFABRRRQAUUUUAFFFFABRRRQAUU13SNGkkYKqgszMcAAdS
	T2Ar80f2kv2pn1v7V4A+Gd0U075odQ1WI4a57NFbsORF2Zxy/Rfk5f6vhDg7MOIsasJg
	o6L4pP4Yru/Pst397XzHFfFuByDBvFYx6v4YreT7Ly7vZfcn0/7SX7VAtPtXgD4X3YM/
	zQ6hq8LZEfZorZh/F2aUfd6Lz8w/PfQ9e1jw3rNr4g0O7ks9RspRNBcRn51cfzB6EHII
	JBBBNZFFf3DwtwZluRZf/Z+FhdS+NtJub683l2WyXzv/ABlxLxdmOd4/69iZ2a+FLRQX
	Tl8/Pds/aj4B/HXSPjH4f2zeXaeIrBFGoWQOAw6CeEHkxMeo5KN8p/hLfmz+098CNf8A
	iV+2iPCPh2MxN4qsdP1S4uNuY7W0ij+zT3DdBhfs5wMjc5C5ywryDwl4s17wP4gs/E/h
	q6a01CyffG68gjoyOvRkYcMp4INfsT8EviP4I+MFs/jvT7SC18VRWcOmapGfmnhijd5U
	RCeTA8jsykdTw3K8fyL43+DX1O2MwS/2RzTa6wevu/4Xe0X02etr/wBxfRd+klXyLGV6
	k0njXQnTjfaTbi1O3VwcVKUettNG+X1LwP4M0D4eeEtL8FeF7cW2maRbrbwJ/EQOWdzg
	bndiXdu7EnvXUMiupRwGVhggjIIPqKdRX5XCEYRUIqyR7WKxVbE154nEScpybk23dtt3
	bb7t6sjhhht4lgt0WKNBtVEAVVA7ADgCpKKKowbbd2FFFFAgooooA//W/fyiiigAoooo
	AKKKKACiiigD56/ar1nwpoXwA8Y33jCyg1GzawaCC1nGVkvZyI7XGCGDJMyvuUhlClgR
	jNfzcV+4f7angv4sfG/VvDfwe+Gukyzafak6vrGoznyNPilbdDbI8zcMyL5jtGgd8Oh2
	9KpfCP8A4J1/DjwtFHqPxSu5PFuolebSIva6dEx9NjLNKR2ZmRT3SvzXiPKsZm2Y8mHh
	aEFbmeivu9d3bbS+tz+9PAvxG4X8OOCXis6xLlicTN1FRh781Fe7G8bqMHKzleTjzRcd
	7I/Emv3y/ZY/ZU+Fnw78MaD8QxEPEPiLVLC11GLUr2MbLUXMSyqLWHLLGQGA8wlpDzhg
	DtH5/wD7Uf7FniD4QPdeNfAKz6z4NyZJVwZLvSwe02OZIB2lA+UcPjhm/Uz9l/xTaXv7
	M3gnxDfzrFa6foQhnmc/LHHpm+3ck+iiE5+lY8IZNKjmc8Pi6d6iV49etrrvurHsfSW8
	TY5xwJg834WxzWFrVHCqovlesHJQqfajbld43s1rqrM4j9rD45az8MrXRvD3gy8Frrt7
	KL2aTYknlWcRKhSrhlPnSZHTojDuK4v4Z/tvaPf+VpnxQ086bMcL/aVgrSWxPrJD80ie
	5QyZPYCvhX4r+Prv4mePtX8YXO5Y7uYraxN/yytY/lhT0BCAFsdWJPevOq/0hyXwdyaW
	QUcDmdH9/a8prSSlLVq/VR2Saa0va7P8NM38Ws3jnlbG5dV/c3tGD1i4rRO3Ry3bVnra
	5/QdoHiPQfFOmx6x4b1C21Kyl+7PayLKme4JUnDDuDyO9bVfgD4S8b+LfAmpDVvCOq3O
	l3PG5oHwkgHRZEOUkX/ZdSK/R39nz9qjXviP4htPAninRRNqM6SMuo2GFiCxIWZp4nOE
	GBjcjYLEAIM1+NcZ+CmY5RSqY7A1FVoRTbvaMopattPR27p3/un67wh4w5fmtWGDxkHS
	rSaSteUZN6JJpXV+zVvM+4aK8r/4Xf8ACNdWu9DuPFemWt9Y3EtrcRXUwttk0LFHXdME
	U4YEZBIPY13+ma7oetx+bo2o2l+mM7rWdJhj6oSK/IsTleNw0VLEUZRT7xa/NH6rhszw
	eIk40KsZNdpJ/kzVooorgO0KKrWd7Z6jbR3unzxXVvKN0c0LiSNx6qykgj6GrNCd9UVK
	Li3GSs0FFeDfGr9oHwb8GYtP03UHGoeI9bmit9L0eFwJpWmcRiWU8+VCGPLkZYghQxBx
	u/Gn4qp8H/B//CVSaTcatvuEtUSJ1jjjkkDFWmc5KIduMhW+YgcZrfKsPPMsasuwXvVW
	0rXS1eyu7Jfeb53gsRk+VU87zKDp4eak4yafvKFuZpbtJtK6Vm7pap29cJAGTwBXzT8T
	P2qfhh8PfNsbS5/4SHVo8j7JpzK0aOO0txzGnPBC72B6rX5w/Ev9or4nfE8y2mqaidP0
	qTI/s3T8wwFfSQ5Ly+4diueQBXhdf01wp4Awjavn9W/9yD0/7elv6qKXlI/mTifxznK9
	HI6dv789/lHb5yb/AMJ9y+F/2xvGWs/E/Sp/FP2Ww8KTzG0ubCCMFI4p/kE0krguxjJD
	NyFKggKM1U/ag/ZwPgyef4heBbYnw/cPvvrOIZ+wSOfvoB/y7sT/ANszx90jHxLX7G/s
	wfEO3+J3woi0rWSl1f6Ig0rUI5QH86DbiF3U53CSL5WzncytmvoONcE+C6mHz/IKSjRj
	anVprRSi3eMn/eTbXM7u7W6un4XB2MXF8K+R55VcqrvOlN6uMrWkl/das+VWVk9nZr8c
	qK+t/wBpf9na4+GWoP4t8KQvL4WvZfmQZZtOlc8RuepiY8Ruen3G5wW+VtM0zUNZ1C30
	nSbaW7vLuRYoIIVLySOxwFVRySa/W8i4iwOb5fHMsHO9NrW+nLbdS7Ndfv2sz8rzvIMb
	lWOll2LhaonpbrfZx7p9Pu3K9tbXF5cRWlpE888zrHFFGpd3djhVVRkkknAA5Jr9WP2Y
	P2dLz4aoPHHi6SSPX7y3MUdjHIRHaQSYJWXacSSnAyDlUxxluRqfs7fs06f8MbeLxV4t
	SK98VTJlRw8Wnqw5SM9GlIOHk7fdTjJb62r+ZvFXxa/tBTybJpfudpz/AJ/KP93u/tf4
	d/6L8MvC36g4Zvm8f328Ifyecv73ZfZ9diiiiv58P3gKKKKACiiigAooooA//9f9/KKK
	KACiiigAooooAKKKKACiiigBrokqNHIodHBVlYZBB4II7g18HftSa94c+EPwwt/hJ4Ct
	49LTxDcXFw9pbkrHbWckxmnCLn92s07kBRhdu9QAOK+86+V/jr+zDpnxe1FvFFjq9xpu
	uLAkCib9/Zukedq7OHj5JyVJGSTsJNfZ+HtfKMNxBh8ZnTtTg7p2v732b21tezdk9lp2
	+V46/tmvw9iMvydtyqWvHmsmldN2ejlZySvayk7Po/x/or1b4i/BT4j/AAumb/hKdKkW
	z3bU1C2/fWb54H7xR8hPZXCt7V5TX984DMcLjaKxGDqKcHs4tNfgfwxjsBicHWeHxdNw
	mt000/xCv1C/Yt+HEfh3whf/ABN1eMR3OtBobRnGDHYW7ZdvUCWRcn/ZjUjrX56/DfwR
	f/EXxvpHg7T8q+o3CpLIBnyoF+aWT/gEYY+5GO9fs78Q3sPAnwb19NKQW1tpGgXNvZxr
	0Ty4DHCv57RX4n42cQyVChw5hpfvMRJc3lG9kv8At6X4Ra6n7F4OZDF1q/EGIXuUIvl8
	5Wu3/wBux/GSfQ/D/XdTk1rW9Q1mXO+/uprls9d0zlz+prNilkhkWWF2jdTlWUkEH2Ip
	lFfusKcYQVOK0Ssfis6kpzc5PV6noWj/ABZ+J+gbRpHivWLZF6RrezNF/wB+2Yp+lfpF
	+yD8QviD8Q9F8Q3/AI31V9Uhsri2t7MyRRRsjbHeXLRopfIMf3icY461+Tdfrl+xZo/9
	nfBkX5XB1XVbu6B9VQJbj8AYjX4l43YLL8Pw5OsqEFUlKMVLljzLXmdna6uotPXY/Y/B
	vGY/EcQQpOtN04xlJx5nyvSyur23afqfn3+0lqvxR/ZU+P2pat8Mtau9I0TxWf7ct7RT
	5lhJLMxF1G9u4aElZgxGFDKjrgjrXZ2n/BTHxN/whN5Z6h4UtP8AhLPLCWl9BKw08seD
	JJbtmQFRyFEhDHuorvf+Clfif4fT+HPDvhGeXzvGVpeG9t0hwxtrCVCkvnn+ETMqFF6k
	x54A5/H2v8085zHFZZmFWhgqtoPW26V91Z7NPsf7/eFvA3D3iBwXl2a8VZapYmCUedpx
	lUVN8sZOUWnOMopX5rpvmt3PfvhXq/iP4pftI+DdX8W302q6lqnijTJru4nO5nSO4jdg
	B0VVRSFVQFVQAAAMV/RF468Iab498Iar4Q1Yf6Pqls8JbGTG/WOQD+9G4Vx7iv5hPB3i
	7XfAfijTfGPhmdbbVNJnW5tZWjWVVdfVHBUggkEEV+znwE/b98DePvs3hz4ppD4U158I
	t5uP9lXLn/poxJtmPpISn/TTJxXs8AcQUsDVbnU5avMpRk+6217311Pz76XfhTned08L
	jMowiq4OhSlTlCC1im9bQS1hy2Xu3tZ3SSufn14h0LUfDGu3/h3V4/KvdNuJLWdOweJi
	pwe4OMg9xzWPX3n+2z8OI7TV9N+KmjorWmrqlnfvHyv2hEzBLkdfMiG3PT92PWvgyv8A
	V3g7iOnnuUUcyp7yXvLtJaSX37eVmf8AP/xbw/UyTNq2XVNovR94vWL+7fzugr6J/Zh+
	Jn/CuPihZG9l8vSdc26dfZOETzGHkynsPLkxk9kLV4foPh3XfFGpR6P4c0+41K9l+5Ba
	xtK5HckKDhR3J4Hc19vfDP8AYi1rUPK1P4n340yA4b+zrFlluSPSSb5oo/ookyO4NeXx
	7neQ4bLKuDzusoxqRa5d5O+zUVro9U9k92elwRk2eYjMaWLyak5SpyT5toq26cnpqtGt
	2tkfpHqemafrOn3Gk6rbx3dndxtDPBKoZJI3GGVgeoIrxb4Vfs8+AvhLqmoa3okcl3f3
	csnkT3WHe0tnPEMR7ccM5+ZhwTjivbrK1jsbOCxiZ3S3iSJWkYu5VAFBZjksxA5J5J5q
	zX8K4fOcbhsPVwWGrSVKpbmSdlK211/XZn9q18pweJxFLGYiknVp/C2ruN97MKKKK8s9
	IKKKKACiiigAooooAKKKKAP/0P38ooooAKKKKACiiigAooooAKKKKACiiigCKeCG5he3
	uY1lilUo8bqGVlPBBByCCOoNfJnxM/Y9+HXjLzdR8K58L6m+W/0ZN9k7f7VvkBPT92VA
	67TX1xRXt5HxHmeT1vb5bWdOXWz0fqno/mmePnPD+XZtR9hmNFTj57r0e6+TR8ffszfs
	8at8JNT1zXvFxtp9TmIsbGS2cyRi0GHkkBYKwMjbRggMNh7Nz1n7XGsf2V8DNbiVtr6j
	NZ2aH/enSRh+KRsK+la5/wATeFPDfjLTf7H8Vabb6pZeYJRDcoHUSKCAwz0YBiARzya9
	pcY1sXxHRz7N/fcZQk1HTSFrJJuy2++5474So4TIKuR5V7qlGcU3rrO923v1/I/n3or9
	lNY/ZJ+Berbmi0OXT5G6vZ3c6/kru6D8FryzWP2EvAtxuOheItVsieguUhulH4KsJx+P
	41/TuC8d+GK/8Vzp/wCKN/8A0lyP5wxngnxHR/hclT/DK3/pSifl9X626Dr3i74Wfsxe
	F/8AhAfDN54n8R3umJJp9lbQs8Uc19uuPOuXGAkSeZkjIZzhRjJZfANY/YQ8Ywbv7B8T
	abe46fa4ZrQn/vj7Riv0m0PTI9F0XT9Hhx5dhaw2y46bYUCD9BX5p438a5XnmV4fCZRi
	Ob3nJtJpxtGydpJfzO2h+oeBfC+O4ezupmGd4PmjFRXJJ+7P3rtNwd7e6r2aduq3PwO1
	X9kz9rr4i+IL3xV4j8L3NzqWqTNcXV1fX9lCzO3+y1wpCgYCqq4VQAAAAB4R8Vvg74++
	C2u2/h34gWAsbu7tlu4DHKs8UkTMVO2RCVJVlIYZyOOxGf6fK+Tv2w/gUvxs+FVwNJgE
	nibw75moaQVGXlIX99aj/ruijaP+eipk4zX8Y5rwNRjhp1cNKUqi11ad+/Rav13P9V/D
	z6XeZ4jPsLl2eYehRwMmoXpxlHkvpF6zkuWLsmklaN2trH5OfsofsyQ/tGatrq6pq8+j
	6ZoEds0slvAssk0l00m1FLsFTCxMScN245r9PPCf7AH7OvhvZJqWnah4ilTB36neuF3f
	7lqLdCPZgw9c1zv/AATp8HNoHwNufEdxGUn8R6xczqxGCbe0C2yr/wABlSX86++q9Lhn
	h7BrA0q1ekpTkr3eu+2j02sfC+PnjdxTLi/H5TlOYVKWFpS9mo03yaxSU7yjaTvNS3fk
	eV+JfhH4S1f4XXvws0ixt9L0qS1aKzihTbHbTKd8Uijr8kgDH15Hevjj4a/sPTuY9S+K
	WpCNQQ39maa2WPtLcEYHuI1PHRwa/Ruiv2Ph/jnOMkwFTLssq8kJtPRK60t7va6te2ui
	s0fxVxFwhlme5hDNM2g6lWN9W3713e8ustbvV9Xe5ynhHwN4R8B6aNJ8IaVbaXbcbhAn
	zyEdDJIcvI3u7E11dFFfL4jE1a9R1q8nKT3bd2/VvU+hoYelQpqlRioxWySsl6JBRRRW
	JsFFFFABRRRQAUUUUAFFFFABRRRQB//R/fyiiigAooooAKKKKACiiigAooooAKKKKACi
	iigAooooAKKKKACiiigAooooAz9L0rTdFsxp+k20VpbCSWURQqEQPPI0shAHA3SOzH3N
	aFFFJJJWRdSpKpJzm7t6tvdvuwooopkBRRRQAUUUUAFFFFABRRRQAUUUUAFFFFABRRRQ
	B//S/fyiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooAKKK
	KACiiigAooooAKKKKACiiigAooooAKKKKACiiigAooooA//Z
	</data>
	<key>Separate preview panel open</key>
	<false/>
	<key>Separate preview panel rect</key>
	<string>{{196, 112}, {859, 501}}</string>
	<key>Version</key>
	<string>2.1.0b1</string>
</dict>
</plist>
