<description/> <author>User</author> <company/> <keywords/> <revisedBy>User</revisedBy> </userData> <identityInfo> <revision>3</revision> <documentID>37f7390b-cd10-4cee-9fc6-309b01519820</documentID> <versionID>d9d98798-a546-4757-b474-b8bea79def1e</versionID> <parentVersionID>00000000-0000-0000-0000-000000000000</parentVersionID> <branchID>00000000-0000-0000-0000-000000000000</branchID> </identityInfo> </metadata> <settings> <presentation> <textRendering> <textStyles> <textStyle name="Нормаль"> <blockAttr margin-left="0" margin-right="0" text-indent="0" text-align="left" list-style-type="none" tabs="inherit"/> <inlineAttr font-family="Arial" font-charset="0" font-size="10" font-weight="normal" font-style="normal" underline="false" line-through="false" vertical-align="baseline"/> </textStyle> </textStyles> </textRendering> <mathRendering equation-color="#000"> <operators multiplication="dot" derivative="derivative" literal-subscript="small" definition="colon-equal" global-definition="triple-equal" local-definition="left-arrow" equality="bold-equal" symbolic-evaluation="right-arrow"/> <mathStyles> <mathStyle name="Переменные" font-family="Times New Roman" font-charset="0" font-size="10" font-weight="normal" font-style="normal" underline="false"/> <mathStyle name="Константы" font-family="Times New Roman" font-charset="0" font-size="10" font-weight="normal" font-style="normal" underline="false"/> <mathStyle name="Пользователь 1" font-family="Arial" font-charset="0" font-size="10" font-weight="normal" font-style="normal" underline="false"/> <mathStyle name="Пользователь 2" font-family="Courier New" font-charset="0" font-size="10" font-weight="normal" font-style="normal" underline="false"/> <mathStyle name="Пользователь 3" font-family="Arial" font-charset="0" font-size="10" font-weight="normal" font-style="normal" underline="false"/> <mathStyle name="Пользователь 4" font-family="Times New Roman" font-charset="0" font-size="10" font-weight="normal" font-style="normal" underline="false"/> <mathStyle name="Пользователь 5" font-family="Times New Roman" font-charset="0" font-size="10" font-weight="normal" font-style="normal" underline="false"/> <mathStyle name="Пользователь 6" font-family="Arial" font-charset="0" font-size="10" font-weight="normal" font-style="normal" underline="false"/> <mathStyle name="Пользователь 7" font-family="Times New Roman" font-charset="0" font-size="10" font-weight="normal" font-style="normal" underline="false"/> <mathStyle name="Математический текстовый шрифт" font-family="Times New Roman" font-charset="0" font-size="14" font-weight="normal" font-style="normal" underline="false"/> </mathStyles> <dimensionNames mass="масса" length="длина" time="время" current="текущий" thermodynamic-temperature="температура" luminous-intensity="яркость" amount-of-substance="вещество"/> <symbolics derivation-steps-style="vertical-insert" show-comments="false" evaluate-in-place="false"/> <results> <general precision="3" show-trailing-zeros="false" radix="dec" complex-threshold="10" exponential-threshold="3" imaginary-value="i" zero-threshold="15"/> <matrix display-style="auto" expand-nested-arrays="false"/> <unit format-units="false" simplify-units="false" fractional-unit-exponent="false"/> </results> </mathRendering> <pageModel show-page-frame="false" show-header-frame="false" show-footer-frame="false" header-footer-start-page="1" paper-code="1" orientation="portrait" print-single-page-width="false" page-width="450" page-height="600"> <margins left="72" right="72" top="72" bottom="72"/> <header use-full-page-width="false"/> <footer use-full-page-width="false"/> </pageModel> <colorModel background-color="#fff" default-highlight-color="#ffff80"/> <language math="EN" UI="RU"/> </presentation> <calculation> <builtInVariables array-origin="0" convergence-tolerance="0.001" constraint-tolerance="0.001" random-seed="1" prn-precision="4" prn-col-width="8"/> <calculationBehavior automatic-recalculation="true" matrix-strict-singularity-check="false" optimize-expressions="false" exact-boolean="true" strings-use-origin="false" zero-over-zero="error"> <compatibility multiple-assignment="MC12" local-assignment="MC11"/> </calculationBehavior> <units> <currentUnitSystem name="si" customized="false"/> </units> </calculation> <editor protection-level="none" view-annotations="false" view-regions="false"> <ruler is-visible="false" ruler-unit="in"/> <plotTemplate> <xy item-idref="1"/> </plotTemplate> <grid granularity-x="6" granularity-y="6"/> </editor> <fileFormat image-type="image/png" image-quality="75" save-numeric-results="true" exclude-large-results="false" save-text-images="false" screen-dpi="96"/> <miscellaneous> <handbook handbook-region-tag-ub="123" can-delete-original-handbook-regions="true" can-delete-user-regions="true" can-print="true" can-copy="true" can-save="true" file-permission-mask="3219338019"/> </miscellaneous> </settings> <regions> <region region-id="9" left="6" top="9" width="30" height="12.75" align-x="19.5" align-y="18" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:id xml:space="preserve">N</ml:id> <ml:real>20</ml:real> </ml:define> </math> <rendering item-idref="2"/> </region> <region region-id="10" left="42" top="9" width="38.25" height="12.75" align-x="53.25" align-y="18" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:id xml:space="preserve">n</ml:id> <ml:range> <ml:real>0</ml:real> <ml:id xml:space="preserve">N</ml:id> </ml:range> </ml:define> </math> <rendering item-idref="3"/> </region> <region region-id="11" left="108" top="9" width="29.25" height="18" align-x="125.25" align-y="18" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:apply> <ml:indexer/> <ml:id xml:space="preserve">H</ml:id> <ml:id xml:space="preserve">n</ml:id> </ml:apply> <ml:real>0</ml:real> </ml:define> </math> <rendering item-idref="4"/> </region> <region region-id="12" left="162" top="9" width="37.5" height="12.75" align-x="172.5" align-y="18" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:id xml:space="preserve">k</ml:id> <ml:range> <ml:real>0</ml:real> <ml:id xml:space="preserve">N</ml:id> </ml:range> </ml:define> </math> <rendering item-idref="5"/> </region> <region region-id="89" left="18" top="39" width="36.75" height="12.75" align-x="26.25" align-y="48" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:id xml:space="preserve">i</ml:id> <ml:range> <ml:real>6</ml:real> <ml:real>10</ml:real> </ml:range> </ml:define> </math> <rendering item-idref="6"/> </region> <region region-id="90" left="78" top="39" width="27" height="18" align-x="93" align-y="48" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:apply> <ml:indexer/> <ml:id xml:space="preserve">H</ml:id> <ml:id xml:space="preserve">i</ml:id> </ml:apply> <ml:real>1</ml:real> </ml:define> </math> <rendering item-idref="7"/> </region> <region region-id="108" left="18" top="57" width="40.5" height="18" align-x="39.75" align-y="66" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:apply> <ml:indexer/> <ml:id xml:space="preserve">H</ml:id> <ml:real>11</ml:real> </ml:apply> <ml:real>0.5</ml:real> </ml:define> </math> <rendering item-idref="8"/> </region> <region region-id="123" left="78" top="57" width="40.5" height="18" align-x="99.75" align-y="66" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:apply> <ml:indexer/> <ml:id xml:space="preserve">H</ml:id> <ml:real>12</ml:real> </ml:apply> <ml:real>0.5</ml:real> </ml:define> </math> <rendering item-idref="9"/> </region> <region region-id="110" left="24" top="81" width="41.25" height="12.75" align-x="32.25" align-y="90" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:id xml:space="preserve">i</ml:id> <ml:range> <ml:real>17</ml:real> <ml:real>18</ml:real> </ml:range> </ml:define> </math> <rendering item-idref="10"/> </region> <region region-id="112" left="84" top="81" width="27" height="18" align-x="99" align-y="90" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:apply> <ml:indexer/> <ml:id xml:space="preserve">H</ml:id> <ml:id xml:space="preserve">i</ml:id> </ml:apply> <ml:real>1</ml:real> </ml:define> </math> <rendering item-idref="11"/> </region> <region region-id="120" left="18" top="116.25" width="62.25" height="27.75" align-x="33.75" align-y="132" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:id xml:space="preserve">Δf</ml:id> <ml:apply> <ml:div/> <ml:real>1</ml:real> <ml:apply> <ml:plus/> <ml:apply> <ml:mult style="default"/> <ml:real>2</ml:real> <ml:id xml:space="preserve">N</ml:id> </ml:apply> <ml:real>1</ml:real> </ml:apply> </ml:apply> </ml:define> </math> <rendering item-idref="12"/> </region> <region region-id="121" left="108" top="123" width="33.75" height="12.75" align-x="120.75" align-y="132" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:id xml:space="preserve">K</ml:id> <ml:real>200</ml:real> </ml:define> </math> <rendering item-idref="13"/> </region> <region region-id="122" left="42" top="145.5" width="243.75" height="43.5" align-x="57.75" align-y="168" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:apply> <ml:indexer/> <ml:id xml:space="preserve">h</ml:id> <ml:id xml:space="preserve">k</ml:id> </ml:apply> <ml:apply> <ml:mult style="default"/> <ml:apply> <ml:div/> <ml:real>1</ml:real> <ml:apply> <ml:plus/> <ml:apply> <ml:mult style="default"/> <ml:real>2</ml:real> <ml:id xml:space="preserve">N</ml:id> </ml:apply> <ml:real>1</ml:real> </ml:apply> </ml:apply> <ml:parens> <ml:apply> <ml:plus/> <ml:apply> <ml:indexer/> <ml:id xml:space="preserve">H</ml:id> <ml:real>0</ml:real> </ml:apply> <ml:apply> <ml:mult style="default"/> <ml:real>2</ml:real> <ml:apply> <ml:summation/> <ml:lambda> <ml:boundVars> <ml:id xml:space="preserve">n</ml:id> </ml:boundVars> <ml:parens> <ml:apply> <ml:mult style="default"/> <ml:apply> <ml:indexer/> <ml:id xml:space="preserve">H</ml:id> <ml:id xml:space="preserve">n</ml:id> </ml:apply> <ml:apply> <ml:id xml:space="preserve">cos</ml:id> <ml:apply> <ml:mult style="default"/> <ml:apply> <ml:mult style="default"/> <ml:apply> <ml:mult style="default"/> <ml:apply> <ml:mult style="default"/> <ml:real>2</ml:real> <ml:id xml:space="preserve">π</ml:id> </ml:apply> <ml:id xml:space="preserve">n</ml:id> </ml:apply> <ml:id xml:space="preserve">Δf</ml:id> </ml:apply> <ml:id xml:space="preserve">k</ml:id> </ml:apply> </ml:apply> </ml:apply> </ml:parens> </ml:lambda> <ml:bounds> <ml:real>1</ml:real> <ml:id xml:space="preserve">N</ml:id> </ml:bounds> </ml:apply> </ml:apply> </ml:apply> </ml:parens> </ml:apply> </ml:define> </math> <rendering item-idref="14"/> </region> <region region-id="117" left="42" top="211.5" width="39.75" height="28.5" align-x="61.5" align-y="228" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:id xml:space="preserve">Δf1</ml:id> <ml:apply> <ml:div/> <ml:id xml:space="preserve">Δf</ml:id> <ml:id xml:space="preserve">K</ml:id> </ml:apply> </ml:define> </math> <rendering item-idref="15"/> </region> <region region-id="118" left="102" top="225" width="44.25" height="12.75" align-x="117" align-y="234" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:id xml:space="preserve">M</ml:id> <ml:apply> <ml:mult style="default"/> <ml:id xml:space="preserve">K</ml:id> <ml:id xml:space="preserve">N</ml:id> </ml:apply> </ml:define> </math> <rendering item-idref="16"/> </region> <region region-id="119" left="168" top="225" width="41.25" height="12.75" align-x="180.75" align-y="234" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:id xml:space="preserve">m</ml:id> <ml:range> <ml:real>0</ml:real> <ml:id xml:space="preserve">M</ml:id> </ml:range> </ml:define> </math> <rendering item-idref="17"/> </region> <region region-id="116" left="42" top="247.5" width="206.25" height="43.5" align-x="66.75" align-y="270" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:apply> <ml:indexer/> <ml:id xml:space="preserve">Hp</ml:id> <ml:id xml:space="preserve">m</ml:id> </ml:apply> <ml:apply> <ml:plus/> <ml:apply> <ml:indexer/> <ml:id xml:space="preserve">h</ml:id> <ml:real>0</ml:real> </ml:apply> <ml:apply> <ml:mult style="default"/> <ml:real>2</ml:real> <ml:apply> <ml:summation/> <ml:lambda> <ml:boundVars> <ml:id xml:space="preserve">k</ml:id> </ml:boundVars> <ml:parens> <ml:apply> <ml:mult style="default"/> <ml:apply> <ml:indexer/> <ml:id xml:space="preserve">h</ml:id> <ml:id xml:space="preserve">k</ml:id> </ml:apply> <ml:apply> <ml:id xml:space="preserve">cos</ml:id> <ml:apply> <ml:mult style="default"/> <ml:apply> <ml:mult style="default"/> <ml:apply> <ml:mult style="default"/> <ml:apply> <ml:mult style="default"/> <ml:real>-2</ml:real> <ml:id xml:space="preserve">π</ml:id> </ml:apply> <ml:id xml:space="preserve">m</ml:id> </ml:apply> <ml:id xml:space="preserve">Δf1</ml:id> </ml:apply> <ml:id xml:space="preserve">k</ml:id> </ml:apply> </ml:apply> </ml:apply> </ml:parens> </ml:lambda> <ml:bounds> <ml:real>1</ml:real> <ml:id xml:space="preserve">N</ml:id> </ml:bounds> </ml:apply> </ml:apply> </ml:apply> </ml:define> </math> <rendering item-idref="18"/> </region> <region region-id="113" left="24" top="312" width="160.5" height="173.25" align-x="24" align-y="312" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <plot disable-calc="false" item-idref="19"/> <rendering item-idref="20"/> </region> <region region-id="114" left="192" top="318" width="165" height="161.25" align-x="192" align-y="318" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <plot disable-calc="false" item-idref="21"/> <rendering item-idref="22"/> </region> <region region-id="115" left="390" top="318" width="247.5" height="149.25" align-x="390" align-y="318" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <plot disable-calc="false" item-idref="23"/> <rendering item-idref="24"/> </region> </regions> <binaryContent> <item item-id="1" content-encoding="gzip">H4sIAAAAAAAA/4yNvQ6CQBCEdzlQwd/GGhMbj9InsCBWJj6CnvifEA1SWPrm5+yCvUf2GGa/ GQZExBiHSVQb3OPjcnep3PO6Oz+q0tURyZljYrVzVzu1aIHplcX2cD8VdWPtmxcFM1ym7Z9K q2r5Stz79lprtVE2w2y4ZZvj8RBn/7u/8m5dueK0zANd2RZMeUJs2Ytitlj6lAO2BtGUDdvQ ixOCIQ8RgfmssOoII6muMhA9YQSOpUfiCRiN98FofABG40P9F8RIGYixMAJ/AQAA//8DAMuS Xhh8AQAA</item> <item item-id="2">iVBORw0KGgoAAAANSUhEUgAAACgAAAARCAYAAACvi+4IAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA AJ1JREFUSEvVleEOgCAIhO39H7q0RSMCxMCF/mTrPD5O2vZ6SubTDGY+JbO5c7pLGaxRbHl8 eIYarXsbk3Rp/UWQMzLDHG4Q9Fk4lIRE0UtM+37Y4LV6bk2NYATdTwaxSYsJnJ2R3GJt84gB ndRZ5LhdBoHiLIIcMfp4fnnFUsa7I9Z2kzRWC11pU3D3dfdgZL4itNb61UV0HK2RnuABKE0O cnPUYVwAAAAASUVORK5CYII=</item> <item item-id="3">iVBORw0KGgoAAAANSUhEUgAAADMAAAARCAYAAABwxZQXAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA AKdJREFUSEvtVdEOgCAIrP//6FKnTgkiL+aKyeYjJ8cdsB8hNi8RyXiJzQuR5LBFBuxAGM04 n+khweW2mBgqUAkl8IYQ/b5g/ZKM1JiOTGWoWAHpqrUyLd5FGc7PWtGdX5V5sCaT72NyHGsz qw+5kbLCZhXJC4W1WSnm68oUVVwoQ5telaEzc3cTNMWkzf0UU8KX8qevZuA0DadMuzPDlQEJ iwzQtCkpJzhsv9wtINv3AAAAAElFTkSuQmCC</item> <item item-id="4">iVBORw0KGgoAAAANSUhEUgAAACcAAAAYCAYAAAB5j+RNAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA ALNJREFUSEvtloEOgCAIRO3/P7rUZUPC9Jg2nLK1tUJ5Hogepzdn1QKcVXNWwWJGp4DzZRdq Lz7JpG8jF8PjZcpRMAo4EqgUJ4LSwEvASYusqc/HiMrRvPMarAXg/6W5SuBNcFIAFErj/zvc Gsr17HOaDXGf8VmvneOEaCliunu16rTEeRoz4kylT+/oeMQfTis/e5FgqO+GQxVT1dzrSsOu WFqI0jg4rb0BvubbcFq1TSt3AfnCCLBU/BAtAAAAAElFTkSuQmCC</item> <item item-id="5">iVBORw0KGgoAAAANSUhEUgAAADIAAAARCAYAAACfB/8pAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA AKpJREFUSEvtldEOgCAIRe3/P7rURUMTMEJtLLdeKoHDvcq2xxU8rATiYQUPENlVLkHiURnG lWLDo0nS2otjXpW/SSIVVjdI27DWPnhXSKBNMBOEagoJQimkgbVWBMdjFekptvCn4H9rkHP2 ZSOQID0QkpXq70tAMCVX8GpFoE7xsFsqM0IRaPINpL7nLQ877h53hXJuoOZQU5Gn3v/S/+NG +WTKH2Ryw8V0B4qPfR8W+xgnAAAAAElFTkSuQmCC</item> <item item-id="6">iVBORw0KGgoAAAANSUhEUgAAADEAAAARCAYAAAB0MEQqAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA ALZJREFUSEvtVdESgCAIq///6FJPOkIUhKPOLl6VuY2p+5FqW72yiNVrW11ASdLnRKSrEaIp 41qxuT7Ag7UY1sgKK/n64DTiKV4RFGJ9BfUIAF4cacy5EdE71ELmGrUjSjANSrorQpNbnEWa SzpRimcxYloE1+CJmhQDLbaEo44Tzic3DY6QdPhrIrQHa2KgxZLMuE1ilHFPnnt3DWOOHhSu //F/Quu4Z1/oP+EhNtP7i5hxK3LvCQ5XUkrFNZ6JAAAAAElFTkSuQmCC</item> <item item-id="7">iVBORw0KGgoAAAANSUhEUgAAACQAAAAYCAYAAACSuF9OAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA AK9JREFUSEvtVVsOgCAMw/sfWoH4GMsC3ZDYD5f4oTJW2m5se47EFAUQUyQmMFUtWkDZRsVL 9bnC+rbiAE1NWUD+kKBWgNCHvt+/BnR2+aPKW4AsdlFmu5JJ32hPIQWs/BFYKg8tk8zqTLRL pxga0Y/IqteYgGbnUBSorss7qRGqI12H7NuMHneCuFq8uch6t2RRryBgQrf9D6hHLTroUHms dW4PzRRDcn9AI5boGDoAn5wiiIJk45UAAAAASUVORK5CYII=</item> <item item-id="8">iVBORw0KGgoAAAANSUhEUgAAADYAAAAYCAYAAACx4w6bAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA ANBJREFUWEftV9EOgCAIrP//6FKXTREVL81isvVSEtwdiO6HsU2jWWAabdMIylWhemCmzWyv uccb924GEdI8wnWRYiGoENwMMLn4XI7cWjXAkmoL1RitWIntXFVQn9o//PdEsahOSc/1Kkku Ri7hVmDXXI53xdGKIcT8CthnFZOWDaIQ9WlVLOkx6Ryjuw+deSUwtcYvbSBc3BsEN4MRVt9U DMkPPlItYCjdHfygQ/BSrAPz6C+WYrWrjPRqgSrQ6gcp1hpkxvoFbAbrT2KqVewEProl2Was K30AAAAASUVORK5CYII=</item> <item item-id="9">iVBORw0KGgoAAAANSUhEUgAAADYAAAAYCAYAAACx4w6bAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA AOBJREFUWEftVlsOgCAM0/sfWpGIGTAYlIe6QOKPMNuum2M/zNo0rkuYxrVpFGWrUL0w02ZX r9nHLe7dG4ko5UHPeY5RUVTcG2JS+BxH7qwaYVG1UTdGO5bLdqoqwhjpG24/csyr06DnepUk h5EiXCvsnsv+X3G0Y0hifiXss46lnA0bGHEojKl1LOqx0jnGkS8Flxo/9wPJ4bLckaxKBKV9 BLM2BrpSScSl/VqSyPklTBrkX7mCPTwgm8lFuVQwgtMS060UaV/9sseksTBiliHOQY4hQLNj lrDZGW/FU+vYCc6QFugy961WAAAAAElFTkSuQmCC</item> <item item-id="10">iVBORw0KGgoAAAANSUhEUgAAADcAAAARCAYAAAB5LjRtAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA ALZJREFUSEvtlesOgCAIhe39H7rUZWOMmwW2UWz9KBvwcUC2vVrJag0uq5WsYL0jPwNXR8+d Ffts7/i5E5TKFfoNV24Eg8lTsLNwVr/+UqFMpW540ilakXoBpKqOM88kLPEsSnJtea627uKC o6TGQah50cBXKUcJYVLOUknuHw5OK4oWc0o5KKeU6OxttwqOvJW9ZuBt5UQ4vCM8oDmf1jmU VOfWAfwevgq02Yk8/+EiqxvpO7VyB4GBvutYa1azAAAAAElFTkSuQmCC</item> <item item-id="11">iVBORw0KGgoAAAANSUhEUgAAACQAAAAYCAYAAACSuF9OAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA AK9JREFUSEvtVVsOgCAMw/sfWoH4GMsC3ZDYD5f4oTJW2m5se47EFAUQUyQmMFUtWkDZRsVL 9bnC+rbiAE1NWUD+kKBWgNCHvt+/BnR2+aPKW4AsdlFmu5JJ32hPIQWs/BFYKg8tk8zqTLRL pxga0Y/IqteYgGbnUBSorss7qRGqI12H7NuMHneCuFq8uch6t2RRryBgQrf9D6hHLTroUHms dW4PzRRDcn9AI5boGDoAn5wiiIJk45UAAAAASUVORK5CYII=</item> <item item-id="12">iVBORw0KGgoAAAANSUhEUgAAAFMAAAAlCAYAAAA+ydXcAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA AWJJREFUaEPtmNsSgzAIRO3/f3SrzuikERLQLSW6eWwZkMNCLq/3vCYuDIEFJheGwIRxQy9r hxMDjsAjYM4DEUes4SkmSkgqcpAFJGECC0CYhAkkAHRFZRImkADQFZVJmEACIFfb0ShCneI5 sxU48uNAPMPcuGCWkCMqHUYBFOg0TFD8W7k5wNwUVyuvbG9NlU9Xqxnm+sRkfDCowUfej/8p 9S+YkhrLj7PC9CakwR/p98N7JgomlSm0cQ+uV4F3t9/bvNVS27zszb5fjYFRinD7x+HIQhAm kHYqmFevqtIYuupTYy2NtDQwUZudmKTxfGwVqbZ3pIFZJ3J2M9PUaQHliZlamUiY9W3NCslq p90GUyrTk1SrCNo7g2cOemyHg9kDXf5vgdk7Xw8NswerN/ukjczq02o3RJtLqurBs8xaKySr XXqYUrudARmxm2tn15Qz0wsxiz1hAitBmIQJJAB09QFLT2UHJKo33AAAAABJRU5ErkJg gg==</item> <item item-id="13">iVBORw0KGgoAAAANSUhEUgAAAC0AAAARCAYAAABJoiVMAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA AJ9JREFUSEvtVe0KwCAIbO//0FtFgYnmx2QhTOhPiJ7nXV13jZItGuhsUbIB7spIDbrKumm7 nxnUXcSQXF3t/cI0BDwMGoFxqcH1sNyzoHGRcPSj4OzzGrQWsDZvN3AIaKxrDcNQixYfYP/A XrthjsojHLTFiB6mJdO7mIbPnkYilhyKYZcRpXeaMp3HiNRWpH8BY8v9I1rWezr3Z/qrDTyR fBF94CFY9wAAAABJRU5ErkJggg==</item> <item item-id="14">iVBORw0KGgoAAAANSUhEUgAAAUUAAAA6CAYAAAAnd0v9AAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA B7ZJREFUeF7tnUFSHDEMRZMDcg8OwRE4ARdgz541W7YsWbLjBiQaYmKMbX2p7ba7/aeKCsXY kvwk/5F7eia/P/4+fvFBAiRAAiTwSUBEkY/9CQj69Gf/KOiRBNYlkNuDl7+ti2Tsyvl6NJY/ vZNAjgBFcWBdUBQHwqdrEigQoCgOLI0VRTEcV2Ls8RFmYDromgQuBCiKAwthRVEMRZdiX5XF wPKja3aK89XAqkJQ6hbnyxAjWpEAO8WBWV9ZFNOOcVUWA8uPrtkpzlcDqwpBvO7w+6os5qtK RsROcWANrCoEFMWBRUfXKgGKooqo3wCK4ifb3DXGftRpmQTqBCiKAyuEovgf/qosBpYfXfOa 4nw1sKIQlO5JXJHFfBXJiL5OLiugmHHTzRjTCrXANZJAjcASx+dZr1lRFLk5SWA+AkuIYmiJ Z8NPUZwtI4yHBBb6mN+MAjRjTNwUJLA6AXaKAyuAotgP/svLSz/jtHxoAlptUBQHppei2Af+ +/v7h1b4fTy3tcr62M4zx/D5+blqmKK4nbvbwtmL/vr6+sc3i8e35Gi/e8E+Pj56p04z7+y1 sRfoEsdajVAU98pOxs/ZC//t7e3j6urqIozyO/KQDi/MQcbnxtzf33unTjPv7LWxJ+gcy4eH h2IIS4hi6YbhPROT87VC4YvIyTpF6ORYizzkeONlI+JbK3jE/+gx3rWPjntW/zme0imWXqh/ iCITsl9qc6xzAr6nqPfw9fT0dBG5m5sbGK63DsWX/ITHaJ7wgqOBaF14bM8yp5Zfbw1qNuO1 y4t16driN1EMwcwC7uxxlJJY2hS9eaR+vcJUOtKKvbu7u67LkC7x9fX1m49RPL0L1fLQMi/e GLfOQ2rfsk5Nu1JbUiOlEwU7xa3Z3TAfKYy449ngynUctRQlEpt0imKz5/H29vb2dKKYsm2d FyR3rcdYah/1bekU5egstZJ7FEVRU95SoGdIGJqEreMshbGVq2e+Z47GJLwjrd0WodkpPS/2 ERHpsbbSsa92HMw9p8WmPV/c6Mn/M25lHPx6tSF9gc91xDVWWryxvTTGHLPS5ZysKKbGtWDQ JHiS6fF9lDk1UYyLY2sRCg8re+t4lLnnHWnUdmmdOZat11faM7mNn+v+0T3niTsWM08thDmI 0CC5SuOJ53jWp4ltrS5MnWIucciCvWNKhXukv1u755ooIt2OxrrGDplrXY9mMzzveUcatZ1j iv5N81HbsGgua90Msuc8MSCi4fGNrrkmerUXjZJg1erSElO1KbEErRVODLd1t4P6Psq4FglE 12p5BbaMRf2n4zzvSCO+UAFsvUY0l6X4kE5xa8y1Ds3D1hOPJoIem4joo3URuspfiCimrTMC kWPqBNCNFBKV5smSE7TYkM3ZKq9yobv1jdZo8aM80LWWuNVEAJ2T5t8Te1wrlrpBtAFlVKrj mg+vbU18c7F8a+hy3d2XYv67OFsz0mpRFgBnGFvrGtINkxa1lTmykYKP+N9enOXaouW+RTSO 3GZIRaDX+kpiU/JXi6OU/xaC5rGRxuphmKuvnFgjtZrWQyk+TfxydXWx5S04dB7H5Ql4ko+8 2s7OWz7Z0kMQZd297O7N1Fsbe8d5BH8llvC7z7VFBuOeV5ojwNs7Rm/hI0eDvddi8SfHZvSz 0Ba7MjZ3n6Jmo9aFa3N7Pe+tjV7xHNVuiaO8MMP3KaKi2AuSpy1Pj5LIEapF/FsL1zv/yKIo 1xB73aMoOc19ogXJNYURoXS8MaU9ZvpEiyaK3o2M4Gy12XMxto67RbfsjakVJyQnLcfIh/B7 f62XCK7HR8zUm5eWrGirLwG5LSz+jPyPxgp1Hx+f0TlbxnmLMydYqC10nKzLMjbHwTv/iKIo YmV5p1mON/LNOtaHzLP4CfYpilbSxx5v+pYcrVPMFVEvPFtFw1PoFp+WsSuLYu1zpqXakaIt XfPR6s3zpROeWtHi4PPzEmjyfYrptb4Wx0dUgK1ocwWOChg6bmSnGHz3zoGVe2m85R1h6fRE EGVt3i+OsB6f967tVlxpx0+gdHT+2lt+0/1m1sRJEy6rKMabIv29l3C3ENV+9NtZDt+MU2Nc em7LGzK1om+3Olo6IgHt/++51ONsC9NET4s3d80NtYmOayFqFl/ammd8Xq7tecQwzEm/F9Gy Rq3wLbY49lwEtNqYThRbXNvJiQ0qQOg4iuK5NgpXQwKBwFSimOsqrKlKrw/FC0VsoaJY8oP4 sMZkscmxJEAC2whMJYrblnK82agAH29ljJgEjkuAojgwdxTFgfDpmgQKBCiKA0uDojgQPl2T AEVxvhqgKGI5ISeME0e1IcBOsQ1HlxVudh1beENLH8kRJNCGAEWxDUeXFYoiho2cME4c1YYA RbENR5eVs232uKtrubaWtlyJ4qSlCFAUB6b7jJsdEcbc/ag1FmfkNLDs6FohQFEcWCJn3Ozx mlqtr5Wdgamm6wMRoCgOTNYZNzsiiuwUBxYdXasEKIoqon4DVhVFK9EzcrIy4Pj9CFAU92P9 w9PZNnvcAcpiW9xOk9ocmC66XoQARXFgos8migNR0jUJNCNAUWyG0m6Iomhnxhkk0JsARbE3 4Yr93BsOA8OhaxJYjkDpTb/pvnl7ucxwwSRAAlMR+AN7LgzssOA1nQAAAABJRU5ErkJg gg==</item> <item item-id="15">iVBORw0KGgoAAAANSUhEUgAAADUAAAAmCAYAAABkpNNFAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA ASZJREFUaEPtmIsOgyAMRd3/f7RTIwRKH5SIeAkkS/ZgY6e3vQV++zG22cYJNdvYZgO6Mm9B gUQARqnDy8SQnp+FB1T6SVDp++E5vFIcLARUVICkYJp2mWIItS9B3RuHAuHzStH0sl5DGIUF AVlT00FRIyj6EelPobjYmnI1OqUpjjIhFxRtdGkXHwXArdsMFaVGUMrd6AwoLZV7qVso5W50 lUpJRd8DLINqss9KKO+f15zPdMV0sZ5QSymvrGR+TD9TUqbR0WbI2mun9NS4P7+hbRFtQbVE 7YnvcGmupT6MUpYzZy7+RCTf+A3ugkVaF06pmm0XFFTtqQAKqvZkAAkl3SKpJ983Ct+7BnvB IuxWIJSy+lRh996IIcyHUMobyAXljdio+X95IeKoE+purgAAAABJRU5ErkJggg==</item> <item item-id="16">iVBORw0KGgoAAAANSUhEUgAAADsAAAARCAYAAABjEtTjAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA ANBJREFUWEflVkkOgCAM1P8/WsGIKXUKXfRA2sQLQpnpdGE/im1ZrJLNYlsWolcGpyRbyrbW 7vUhm/33BA35jNyD8FN/HTMNWQ+p0RkeXCnY2nvR+bb2Int35873s1lQXQtEypi2HiXasEsB /IysF+jXgUT+flO2q5FJH6BKeIPFs4X64cShsjSV0eFI2mrAWWpc42+obISsR1kKOKowqtff yFpVH3VPqy/UXDvhaCfko4en8Gw0WcHN5qxVZWlGQ2WtYFfbn/O5uJpKHryplD0BNJxnUW5w TN4AAAAASUVORK5CYII=</item> <item item-id="17">iVBORw0KGgoAAAANSUhEUgAAADcAAAARCAYAAAB5LjRtAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA AK9JREFUSEvtleEOgCAIhO39H7rUlQMGMYrhZLK1fkjFd+flcdYqWavBZa2SFazvyA3nrECN eMt5v6ylPQvX7W+3TkP6KdAfQG4UKNqycPdfHvE9Qo07XIWLtFFSyWqkl3MmOLqXkb1KNtA+ V/I0BY4qAYf4kgvJUU84ODM3L8qcBKTBzXIuBM6SuynOaZnj3NMcfdua0jmnxYE75+gzo8ei +mq94edcpEAbLlJtz29dOriDJyuIeN8AAAAASUVORK5CYII=</item> <item item-id="18">iVBORw0KGgoAAAANSUhEUgAAARMAAAA6CAYAAACTfb3yAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA BoJJREFUeF7tnDtSZDEMRWcWyD5YBEtgBWyAnJyYlJSQkIwdMKirzLiNP1ey7Gd3366iiuq2 JfnIvk/v579f358//JAACZBALwERE35IgARIoJfAn14D7E8CJEACpzMcYiABEiABDwIUEw+K Dja+T1fl2tWZpfBd+r2DO5ogAXcCFBN3pHaDOdGgkNh5sudcAhSTubyr3krVyUIhMhQSKBKg mCw0OUIVElcjrEwWShBDqR8MyWcdAjkRoZiskx9GUifAymShGUIxWSgZDEVNgGKiRjauQ+lu zjiPtEwCfgQoJn4suy3xbk43Qho4kADF5ED4sevSMyW8ZrJIghhGkwDFpImIDUiABBACFBOE EtuQAAk0CVBMmojYgARIACFAMUEosQ0JkECTAMWkieiyGry9vV3WgDiawwikc4liclgq5jv+ /Pz82llMeGdr/pwJHnPsX19fzwKimByQn9vb29N2A9Y/a8jPz8/Wrof3o5Acm4IS/3hOUUwO yNHHx8fXzc3NSUzkf+QjFUXog7TPtXl8fLR2PbwfxeTwFPzab0cienp6+gmMYnJQjkQcZIGI QMjpB/KRstK6qES04sQj/lZpYx3zKvFfShy5PEhlEg6IP2KSewJz1Z2+jphcI1i8vLycxOHu 7g6eb9axiy/5iz9WW3CwTg21cY7IldNQuszUOKRj1jJD50VqVw6K4drJWWWyw7shAVpXVpSd cy/gKU0Um8uph9h/eHjwMpm1I1XJ+/v7/5I0s03k0AA6jGsWxshcdQzBpWuJQ/x9r5C21lca g8ypUPFuJyaSFc3kamXRYsvSpxaHVCZic+RpyP39/ZmYeHNsce75vYd3T9+emEf0RcQk+O0Z d6sCiscmpzgyt07zqVXelJS+pWAITOuAQ7+jYrDGXWMS7vCkt9sQjkgbsZ9+PDnmYigdJWtH z9xvPbwtfeMYrHMsx9YSSyoOufU4klk6/twYwmn6LzGpgfQOOgalSSAyQGSBWY7OPROiFpPl Dg86xtI4PTmWhCr1XTo41dpZmVv6xSJgmR+hT8w2/V+Tt5aY1HJr8RPby/GrfWeuTDzKqd7B WmPICRd6BKpNUMvkjRlY7vCgDJGJoY3fwqIlJmicyMHHEh+yeJF5F/su/d86Kyj5qTFEYmuJ ZG0tLC8mpcVdWigIzJ5FhvpFfWjaWe7wIPbRRYrYQtqUFjKSO4+KSSuMpcrKakcrJjWmLWZI bpGcIULqLiaI0mqC17ZFjm7oJLC0Q/toxxXaywUt7wfMkAkX2tSOTOiY0MWEtNPy7p2f8fit LJBxWVjmqgokt6iv1H5LyOL26udMRk04dLBxFRMGkn6Hlnqtci+2k1ZPaLzadnLtRPPcCWo/ NylyiybOL2q7VsmVJnpukZbyiOYpNx+0QpRbTFobpTkax4eyTeddbf7n5ivqp9Q3nSM5ez9z xuJM22dWe0RFZ8Vi8SNPwo4QEolFa1e7gCzj1fRZLR5N7JfStpSD7N0cZNAlgyUFmzkJdhcT Ob1B39VBchW3yT1nUrPhWYFqY60d/Txs0YaeQGkdywEw+5xJy0WtDE1LOKQ8avnT/r6zmMg1 klHPmAjH9AnYFlvP052WL/T3mQcmNKZraVdiX3wCthdM7LD0f68P5Gga2uwy+eRlqdHbA4hQ aXzkrmmMzB1t70lAHmcI73y5vjVMMdFPCFnkmjs3UlbKm8baj/TT+FmxMtGOme3HE8i+Nezh lmKioxi/14D2lOSFc1S0T2ineZnwiMpSOx62P57AkP1MPG+H9SBqXdfpse3dV3OHRSoLERIZ n/WFQPQ0p5ZLbwa0tzeBeFsL19OcvbHMjT68KVx7jqD0W8+F2nRPk7mjprdLIsANpRfIZtjD xCIk0ifel0Q7nJ03lNaOle3HEqCYjOVL6yRwtQR4mnO1qefAScCXAMXElyetkcDVEqCYXG3q OXAS8CVAMfHlSWskcLUEKCYTUj/q0fRdXheYgJguFiBAMZmUBO+FP0qgJuGgmwskQDGZlFRv MZGwR9ichINuLpAAxWRSUkfsD0IxmZQ8uoEIUEwgTP2NkLdwS0/ElrxTTPrzQgt+BCgmfiyr lkZc46CYTEoe3UAEKCYQpv5GrEz6GdLC2gQoJpPyM2J/EFYmk5JHNxABigmEqa/RiP1Bdtq3 pY8ee+9CgGKyS6YYJwksToBisniCGB4J7EKAYrJLphgnCSxOgGKyeIIYHgnsQuAfsiIrf2CW KMIAAAAASUVORK5CYII=</item> <item item-id="19" content-encoding="gzip">H4sIAAAAAAAA/2xSQW/TUAy2kzRJs3QplLUdhaVlBZYdUCl/4GmaAAkE0o5wGFkbtiFt7boI 7Zgbv4AzHPgJiDviP3FDxfZz4bIXOe+z/X22EzkGACTLySLBLr3D4uKgOD6dnXvAZ4+sPp1N bMyV2DOmnU1eH30oJqVE4J3oHXr7lyfzvdmVDb8hCyhw8I/4lqxP9pU6/6b7k/Pf53MBOhU4 rtxeuSiKruQMWWMu0DNm8ydA5daM+ULAeL6CWqDADxUEdWOcBKAMSYfu40dPIDLm8wuSh7Bm c98jyY0oBxBbYRU0jAFKmpiC6xZXsfRPjIl+kec3jfH+ECW5YQtNmzQ5Poeb1v0m7jlAy/Kq 5JbyWpa3obyW8gDa2r3W0fnbXQWdTUv+2GUyjuC29X+sfOiptnNHJ+9Rwbs6eU8m31KvLV6q Aq+vPdKBgv49bTYAcNEZj2Bbuw1W3YYq7t/XbkOq+EDrD6X+Q/28VD9vR3YkmY4Pjxf5/OTw /Wxxlpc14W7zqkl4Py9zuw479hKVrCevxAb/JcHsRfnV6eVTqWPXc5fsFa7WSM6SHsDd66Mv r4muigflIp8U433pD5kSU2wCZrhkhMjR5VYdHcxc0qboYuZRlRQ9IsGSQA0zpzKU8pnDskA4 BELmMLlOHJFHxBH5GnFEHhNH5A3msGpdOAQS5jBZp/8LAAD//wMA3ncePdUDAAA=</item> <item item-id="20">iVBORw0KGgoAAAANSUhEUgAAANYAAADnCAYAAABixagmAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA D5pJREFUeF7tnYty4zoORHf//6N3x3Y80ciS2GADEmmdpFJ17xgAwUY3QdKv//7vz89/+AEB EMhF4CEsfkAABHIR+E9uOKKBAAg8d4HAAAIgkI8AwsrHlIggQMeCAyBQgQAdqwJVYt4eAYR1 ewoAQAUCCKsCVWLeHgGEdXsKAEAFAgirAlVi3h4BhHV7CgBABQIIqwJVYt4eAYR1ewoAQAUC CKsCVWLeHoGvENaf1/s/3vrCHxikcsBZHb5GWA4Id/H9s/TcZar2PB8LtfPjeTsjJ/q6ICSm MnQohKWXx+UUwtKxnt4SYeklRFh/sHJB0OGe2xJh6fVzOUXH0rGe3hJh6SVEWHQsmS0IS4bK 3gXRsXSsp7dEWHoJ6Vh0LJktCEuGio71gMpdXXS457ZEWHr9XE6xFdSxnt4SYeklRFh0LJkt CEuGyt4F0bF0rKe3RFh6CelYdCyZLQhLhoqOxeVFgCy8CFcGi45Fx9LJgrB0rHh1O9ftKlvY CqpI+Zzi8kLHenpLhKWXkK0gW0GZLQhLhorLCy4vAmThjCWDRceiY+lkQVg6Vlxe+AdNGe3J DdkK6gWkY9GxZLYgLBkqzlicsQJkYSsog0XHomPpZEFYOlacsThjqWxhK6gi5XOKJ4h1rKe3 RFh6CdkKshWU2YKwZKi4vODyIkAWzlgyWHQsOpZOFoSlY3Wny4u9VcRdXWS0Ewwf9Xr/bYU7 erzSN2Fqp4ZwsFASdTk1zeXF+2t6tsk4xzSWZNgS19Hjlb4K0UaycbBQ53EbYR2dpVwQVLAd uy0yLMV19HilrzOnK3wdLCL5upyaY6n/QeRoK/i48Rr6d7EFXJPjsTfsFpbhOzRee9V0cIww hDOW/2ReZCXrtXVW2krf3vlc5edgEcmZjjXRraBzNqj0jRBuBFsHCzV/hDWRsF7nRG4FVXIf 2Tk4KuMjrMmE9SyquX9XiLF5e/p4HuuisXtzPvRrzaX1+EHw2wjrfd2+NWEXhJKit5bb0wf9 oymEJaPucmqqW8E9VFwQZLSzDI2V1EkBYenouZxCWDrWeZYIKwfLFo6tx9kKHtfBXV1yqixG MYotjrBr9lUdS8VRtVuh5nKKjuWyNerfWejoMF9/eaHiqNohrE/KuKtLBmnlGJ2FluMfbW++ 6fJCxVG1Q1gIq1dkbAV15NzFmq2gjnWOZecKmjH433cQX5hDxjyeMdQ5qHZ0LDpWLzkRlo4c Heu5eE3UeC/MFWEhLB0BhCVjhbBkqOzFeqKlfh8UOpZGGISl4fQ6wnnS8Lz1PEstXRBKk1sH Nwvm5IqwdPRcTiEsHescS4R1Lo6deCOshLadU2kxSmehxeiHZnQsHUWEhbBktvzzSbgXClxO +MhQzV+1W42FsBCWzFOEJUPF5UXGDY4Od4Jl5wqaMPLrjY7vnwvzyJgLr7xIQfE4iNu2T0hx CEIjLL3SLqe4FdSx9i0v7hJfI6wojlH7hOMFwvLlokfoKLAevG2JsNoY/e6UPWl43nqepZZu 2y5NbhkcYeVAHcUxak/HetUJYWl8pWNpOGVwio6lY+1bdqyc/qCLe5P192NdnE/33KJ5R+0T FmuE1V3dDseOAneMsuvy8VWpF+fTPbdo3lF7hMVWMEJOhKWj5R4v6Fg61r5lx8rpD8pWUH4y eQE2wkpo25nkPYyFsHKgjuIYtU/gFB0rp9RalI4Ca4E1K7aCGk6lt4JbX0Jw9MUEesr5lm7b zs9oJyLCyoE6imPUvrpjzfLNHghL4ysdS8OptGPtBR+RxCPmtFnCjpVTp0Lb8kNYryK3HUez iOYctadjvSqOsDTmIywNpwxOHS5XyzPVqOerDBB0uE3LjpXTHPEfd4Slo+ku1k1hrVNxB9Sn pluOmBNbQb1+YcvoAhW1T9gFIaxwVTsdOorbOdKu21d0rF4cg37uYm0J6709vHo75oKQTeAR u9WzRusX4b4Kd8r00wbpzTfo53JqF1X1eawRxOWCkFb0o0DBwlbkhLB0VF1O2cvVMgE3GX3a /1peNW4oX4QVgmt/P9tJ2SD+Lqc6s/ydNsIS+RIsrBg1ZLbZsWbbDvbiGPS7VFjr7eJyWxiq uGnsgmAOr7kHC6sFjVkhLB0vl1N2x9JTrbN0QajLbBEZYeXA3Itj0M/lFMLKKXc7SrCw7YBx CzqWjhnC+oOVC4IOt2GJsAzwEjp/EH+XU3SsnHK3owQL2w4Yt6Bj6ZghLDqWzBaEJUNl74Lo WDrWniUdy8Pv7d2LY9Avv2M9Eqj+W0GsvnJ+z84FIafijSjBwlbktNexluXeGrf1eEWuuzF7 cQz6uZy6vGOtJ7A3oaOJuiCcQoxgYSty2hLW1hq6HLv1eEWehzF7cQz6uZyaSlg9oju98HsD BgtbkfdaWEcbk8f4rccrcmzG7MUx6HcbYf1usT/XgucWceDfB0OH/D3Y9T9zPjoVXDAjB8ew b1CI6wVhmo717/bk37Td1aW5SroGZpHc4f8uSqu3jbQ6UuvxrLzkOC6OAX+XUwhLrqphGCio MUrTdfozlotjwB9hPc8Cl68Px6QeJL/pbwVdHAP+LqcuZ6R6K9g6YzWX6ysNAgWtTHP3CWJ1 0Kvn4Y4f8J9eWK/bp8dB+fW3dZZqPc/lgqDyqtsuUNDuMQRHhKX3EZdT9lvzhXqWm7ggnJBg +RDKAAhrAGG9O8m6YCOSeMScVq1X4X25DcJCWCGSISwNLoSFsDSm/FghLA0uhDWQsJYXB1sX DFpJa60QloYvwhpIWJyxNNIeWnErmADi8/rYixPwdxdr65NwvVnmebsg5GWyEylQ0Mpc7I71 utGqTPE4tjt2wN/llCWs5dbQTcSp1pVjS3kHCirF6zRCWPqi4HLKfh5rBHG5IHTyVHdDWDpW R5YujgF/l1O6hHd3Ob8h3GR60b9qXDnfQEHlmB2GdCyd7i6n9JEQVgeVLz6TrDKeWlhZi5MY 51JhrV/Dd9V1vAtCn2JEL7GQYjTLDGHpC53LKbtjWZVOcnZBSEpjOwzCyoE3C0cxjssphJVT 9v0oYiGr03jEp2PRsUI8c1eX0GBR428T1lOhF6zHWWOKcVxOHVy3/35Kzx6XHjm+/xybKFfX 9i4I7viH/mIhS3P4CZ7SsRCWVKpNYS0FsyecLBspy4YRwtJQRFh6t3U59SGsLcGsxZVlo9Gh beWC0B7BsKBjGeAtXLNwFOO4nEJYOWW/z+UFW0GJMQhLgskwEldIYwTZla3ghVvB94K03u59 Xhh8fgRxj43MigNDt21n5LAbA2HlwJuFoxjH5RS3gjllZys4C45XC6sap8z47uqSmctHLLGQ pTn8BE/bCl5xzsrCUYzjcuqCZ/ryKeSCkJ9RwW1WQpII6+IzVkINTw2BsDS4ERbC0pjy3uKI 7T0UNMt4oNwQFsIK0XrYjjWQqJ7HotXX+IRAXhufObfssYR4Lqc4Y1nsajgLBawc/kMLCOsF iVAXhPXEadD1YbC86Fh/zw7N9czl1KCMbM77HwMXhNhoAWuEFQDrwDQbRyGeyymElVP67ShC ASuHL90KiluqlPll4yjEQ1hsBWXupm4FEdYh7nQsmZYdhsLK2BG12wVhccYKkcdt26HBIsYI K4LWvm02jkI8l1N0rJzSc8aaCUeEpVXLXV20UTqshAJ2RO12YSvIVjBEHoSlwYWwEJbGlL84 DbqjpWOF6rhrnI2jEM9drAdlZKweLgix0QLWQgED0WzT9I71yOiMOWaPIcRzOYWwbLoeBBAK WDn8OjbCYisY4pu7uoQGixgjrAha+7bZOArxXE7RsXJKvx1FKGDl8HSsHXSFuiCs5zZ/wPVh wJym3ApW4diI63JqQEbG13AXhPiIgkcVIYSh90wQ1gIZhNVmEsJqY/S8wMt8o+N7yOoFpCo+ wmqTBmG1MUJYK4wQ1guQh3jefx+H8p+vE9r79y0MH//2/tui5dHjjq8mgRqrio7lYOH4Ogip 41pjOM5n+a470uf/f4pkCd5aQEePvUS8//HZju9ZeJ11xnKwcHwdHCPjWuM4zmf5RoS1BZz6 b3uiUvxbvmdhdTROZsc6wqSFhePr4Bgd1xrLcT7L9zRhPbeb2x2r9e8Px0Ob59XBF/0e4NTE wvF1MAyO6/B7iuv204S1sw1siep9hmutiE6hMnzpWPuL5laXdTD/OmG9wag6J0X26EeXI07R en0zhdU6i7YevwrHyLi9OD/n7jif5at2rHU+VTd76q3Su5OdhVNrnGxhrcWzNX5VDVpzPTxr ijfC1hiO81m+bWFNsT6cBdfuOBXCunxSRQm4z41Ow8jj57GmmUYRDbSwCEvD6dWJPU553nqe pZYuCKXJDRQcYenFcDmFsHSsp7dEWHoJEVZC29bhntsSYen1Q1gIS2YLwpKh4oyVcdDU4Z7b EmHp9aNj0bFktiAsGSo6Fh0rQJY5Xg+gT6jQko5Fx5LpRceSoaJj0bECZKFjyWDRsehYOlkQ lo4Vr7zwX34ioz25IVtBvYB0LDqWzBaEJUPFGYszVoAsbAVlsOhYdCydLAhLx4ozFmcslS1s BVWkfE7x6nYd6+ktEZZeQraCbAVltiAsGSouL7i8CJCFM5YMFh2LjqWTBWHpWHF54R80ZbQn N2QrqBeQjkXHktmCsGSoOGNxxgqQha2gDBYdi46lkwVh6VhxxuKMpbKFraCKlM8pniDWsZ7e EmHpJWQryFZQZgvCkqHi8oLLiwBZOGPJYNGxfjrW8rPd+e/f72sGi34sZBVuGH7FGcsBAF8Q qEAAYVWgSszbI4Cwbk8BAKhAAGFVoErM2yOAsG5PAQCoQABhVaBKzNsj8BXCOvoa1dtXeOcJ dDD7ZMYeJj1YTS+s1hd/311Yb1IscQCzbVFtYdSLFcK6gfJa5HBfZfCNEL4xaWG3N3eE9Y2s WM2pRQ6Etd/BWtghrBsIaLfIq/cW9ZLlThDSsRqkuRMZEFZOtZcLT+8ixFYwpxZDR2mRg63g b/mysEJYQ0siJ7kssuRkM26UrU7Vwu5rz1iPifU8zzBueXMzy3xuJjezsaJtvb3mnWEPv6bv WGOVh2xA4IUAwoIJIFCAAMIqAJWQIICw4AAIFCCAsApAJSQIICw4AAIFCCCsAlAJCQIICw6A QAECCKsAVEKCAMKCAyBQgADCKgCVkCCAsOAACBQggLAKQCUkCCAsOAACBQggrAJQRw25/MQm 3txYWyWEVYvvcNER1zklQVjn4DzMKEef5zBMkl+QCML6giJGpoCwImj12yKsfuym9ERY55QN YZ2D8xCjrD+7Yevjp4dI9AuSQFhfUESmMB4CCGu8mpDRFyCAsL6giExhPAQQ1ng1IaMvQOD/ SxkVqWCtLrcAAAAASUVORK5CYII=</item> <item item-id="21" content-encoding="gzip">H4sIAAAAAAAA/2xSy27TUBCd63dcp05Jm6QE6qQttO4ChYCQ2I2qChYgIXUJEsUkbtOikuBa VXdY/ANrNiz4AMQe8Rv8Cgpz506ABY7GPjNzzjyiiQBAkWVkIWOb3kH+7jA/OZ2+dUA/+2S1 8XRkYjbHHmva+ejZ67N8VHIEXrHeord3MZntT69M+DmZT4HDP8QXYLp+IftJ9t766+unkDyA ZfPXKYs873AOyeozhg7i+neAynYRPxFAxxPg+gK8QIBfQ7RigMsAwFXO4M69hxAifnwC8CGA JZP8Gkry7gMqHxlp5dcRgbIYUXDZ4CriCWLE8Ad5XgPR+UWUeMVUGjdodjWBa8b9zO4bgKbh VfGq8JqGtya8pvAAWtLdbcsGrY6A9rqs0tFkNYDrxv+28KEr2vYNmbxLBW/K5F2efEO8FnuJ CJye9Ej6Anqb0qwPYCtrOIAt6dZfdNsWce+WyZTbnBnCbflXjX+f+uzImomsucvXEo+HRydF NpscHU+L86x0eaYtfXQcPsjKzBzGrvmwig9VH8ca2Spj7YXZ1enFI65jDnVPb6uEG3JoTj9Q ey8XUfg3+vQ/0UVxvyyyUT484P6QCjFRDVCpmmukVErJ+UZNWSq1SZsoW6UOVUmUQySYE3CJ VCGlPM3RMp85BALN0eSaLqTlIXFYvkQclkfEYXmdmxFYZg6BWHM0Wab/DQAA//8DADxJEVnf AwAA</item> <item item-id="22">iVBORw0KGgoAAAANSUhEUgAAANwAAADXCAYAAABxnT9CAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA E/JJREFUeF7tnYGy6ygORN/+/0fv3Dixg7FALQmDCf2mXtXOBhlo6UgC59753////vzjHypA Bfoo8AKOf6gAFeijwL8+03AWKkAFtm6SMlABKtBPAQLXT2vORAVY4RgDVKCnAqxwPdXmXMsr QOCWDwEK0FMBAtdTbc61vAIEbvkQoAA9FSBwPdXmXMsrQOCWDwEK0FMBAtdTbc61vAIEbvkQ oAA9FSBwPdXmXMsr8NPA/fvb3ffvv9ePIfEvNQjHQCRrLAQcLtMflvjgbCRtcemm1OqVwQN/ YtaBiXuYniucYcaIqAHbKQNwteQU8O8rAgmcxGFE1IAtgcOT4jCtAv5dCjjcla80dD7rWW3T 8a9zI/pnWBAF8u5yazb4U8zlaDDMOG5vKa1rzyHxQrNf0qDzLxe8M4JO4Crh7BQnD3wPcLuN xxYF9FRJZwzeGdfsjKndV3i/44mC0TZOcQgc7rjlqrIzppYAzq1NZmipUvv57xDYsIjlgpcV Ds9sM4w0xPp5O4mhCbbtvuXcNFjsCRweVcO0cgfVe28/3VJuwe4R6GNjgSWtaNI3WpBQGhZE gTBYbs2eeEqcT+AEEl5BlMJmAa/F+Q+BMx+zXOCPShIErhye3grnrVDvloEtJZowpkwSBO4G 4EZlT86LsnpJbLChkBRNtgSuDpxLH5fRZx0B2ykz/mpJIuDfJS5NXPq4jAicpVJI7bfFflhy isQGbykLLo6IGrAdFkSrVanIfgP+XaLCeV4LMPDxWrOcVgSOlybTtmeRSjPKlsAROAKHV+Sw VgSOt5ThIBpVLWacl8AROALHCmdT4KbR3m+aeC5aji0EMuByFxCscDdF/qDHeoFj4OMOW06r QELla4HSa7gZMy/XDGeJUJIgcLyl5BkOZm0bSOBsesGjv79XBDZ5D4xksYBtKBBY4WAnh3QO +HeNltLDT0TUgG0oEAgcgYMVuGng8YOjVgis49P1B2wJHB4Iw7QK+HeZCmdtEYc5k1UKJm6Y jwiccmniOJMNcyaBI3CwAg8c6G0pCRzuzOW0YoXTK5xZI7NBsoaA7XLBO2NFD/h3mTOcWSOz AYHDa+J35JQJJhIb2zvAH/7jbSmtlywnCQMOmTIAAyE05X4D/l2mwlkBmjIQVgv8UfslcPoZ jsDV2xgmGLzNs/xSYOmpbCkFVRiAhgAcVWlGzcsKp1c4s0ZmA16a4Ijy0sSj1RQ2/PIy5iZW dEyn93coYk1hzBpf55CRvKXEZCdwmE4ETtHplI0MmYkBaAjAUWepUfMa4mjdS5N3aoKjiMDB UsV+mHMUNJF5DXFE4MA4InCgUK88FgneGW0JnH5LaSxwpmp4mT3gkOWCl8DhmW2Gkef/iqlh xQFoLK1rviICh/tomFaR2Ng6gh/+4700iUATsR0WRIEwWG7NBA5rKS0gLBdEBA4uO3wPV5HK W+EIHBx/vDTBpdpGsqUUBCNweBQtp9Uvt5SvCrX/LYVAbQwvTTBwloMmUGd+tqXMNyZtVBtD 4Aic/PLZ39gtDdzlWj0r994znOWChe/hAsEbqTSjbH+1pdSql5i5BOBe7dLWMr3aU/5DBaIK ELgvelVIDULxTIO1ou9bN1Y4XK0H31JaK5x6xiNwxbhYDppIkjDEkXx+tODZcawFuNJBlpcm mMMIHKbTVtFXB+4M1bm9uQCHioWOkw+SuPeykQx8XLphWkVi4+kvvkvv2L6/OuH7nk56X3fJ RqhY6DgCxzMcniPq3zTRXjgb5xky3AvcsOwZOVvQFo6xkH8jyVircNF+FVbgpoEEDhM2FICr gU7gykFF4AicfFMYeJXRA7hZK931phMLQH7TBNSJ7+FwoT4jq6in57gZoSNwWDywpcR0uv21 gHTlPtNlirelZIUzBCDPcLhYlkuT2vsu04wdB3uBuyvjv9r//W/zs8VqgT9qvz3OcHkpnQW+ JwGXwlaC7i7QtRzHeTWFvp9Hj1bFM1z+0lk6z0Unx7fpG/kU4CTYJOgY+Lifh2l1Z4Urbb/0 DRBcrj4jn3JpQuBkfw+DJtKOjgJul/DJVY7AYYltysCPQBOx7Q2c1Gpibu0/yttS3nFLyTPc 1f9Tgt4buP7Y+Gf0AndXIPCW8uzLu3TWIiY0L4Eryyu2u4BgIYfU2pV97sIabptXiUDOqyHa 4ZYSX8JzRxI4zDcEDtMpfz2GWyXAeoxmsZGAAwrcPf/1nHRiVrgthKYEHQqgStc1CzyedRI4 TLUpAz9y0xixJXDtz3Ctbyk3HyWOKvmMgY8liKHVsTlwtbe0rT7DdQ2NfMoZLveRBzjecD7k hrM5cKEQf5bxU4C7VEzjGY7v8K5xNawbIHDtW8rmzgRLnDQvvxYm+7e5j8BaEf1mlf9nzcEF jhz2mEsTKSsK/x+Bw6OFwOFadRv5COCKB7ZrriNweGgQOFyrbiO9Z7iWt5QG3orvpXiG4xmu GzSRibzAtcyeLYDbrsH50+KnUGjpI0uM8QxXUWs4cLUbLfAMt2/vGG684USCaUTwaglEW/eI Nb8TX+zaI2atqTL4cwKHOaB38CItsrby3mv+Jr4YMuqvWNA2/uTPh1+aNKxwx7ly8gqHvubQ 4urngGtRPjXR7v68CJzWFmif1xae2t4AnOdbKprOPYOXwFnPQJr3HvR5sd/WgNI+B4BDHnF5 H176Um0y8EnAec5hBA4ALnpQHMWgF7gWGf8u4EqvLFqs2eKnyDksYnucpSLf+I/YIo6tMVVP 1n9u/EwwI3QjgYPe5WXOK0Fz8bHxhlMDyQpriyrlqY7pPqxrbmZ7N3D57cz+S4Q0Jz7h82HA oU5ZGLhXQtqgQbXKAmoZ4Ga6TCkBp/pYHVDtw/EgAoFDftqgZwBGK9y+bQKXZ5HTYf37BiEN 5Ce3mr2B2+R6ZW70VY0TOOn5PYF7J93rX7SrSYGDtfr1Cif9/sn8PPdk2KqVWPOy9rkQWXsA 7sAhj8jHiNBI5zUB6N7A5dChsJ1+8v3VVKLJ6QHAHT6GN3sd6NpuDmNg/ltNe53hvC0WApwY kBKEkZs3h+1RzXdblJy0a7LaJtHSO8GkPo4ErRu4/DIlsoi7bJ8O3LZvKQDTwJI89BTgXsu3 QjMhcHlCjcSrGTip1Yws4E7bXwCu2HOh5z9AYFe1+My/20IFrrRmyPi8EdeaP4+w2g4FDvDf Y4b0vDTxnOGQCjcVcAo4pRbawVvX32lJ4ECkewJ3dId/3jEFUK2lrDwIOf+BMtmDt7TmCHAm 0fr/EtmhZzjUkaPHeVtKGzHfXe4XCZZ9p3F2aXV+CTjt3Lk6cAjRrcZYAtQy1guctcc/1vSq bsYbvxpw1RgcdIbLkwqcJGYGLq3oxsSQx6t4aZL3rNIcrcZYALKOnQG42i1lK+C0xGhJEmor W1r0rMDlia01cBJI+//3fRUgf9PglK2FbyLkz7ECJI2vvROsvpivtWvGKhWpcOnFCVwtstcJ 278W1gwlRst+gcp6gbJwF35aszGQLUniWmXAy3kpSRjXqVa4GnD7XK2gjAKXA6X9ezqfpXrA 6/RmlM9izAGYtjoCNIifarBe9q1VqTQjJ8bFopet2RLLSIIp+Q2xLRdqENbC5BdrxEmtxsCB XFq8Uu5rFe4O4LZnWqImC1ArcKeO4qnAGToJVLo0/vIkmsem2BWBWpU6qkjcTn2G0yra1m4W /tl/PET6vPZZ+Ymf1wGVOYu2r/Y7+wdag2B3ek6lra/uw6HZ5Xnp3EUvnK3gPef7+nwns1gI tPktOqFZAa1w0jmtWJqV35W4HzW8nZaWSRDg5Cz1PYOiGVBby34W85wtjlY9ybyQX5WWMte/ 5AdkzWhbiM4ptrLKpmudFdJ1HbEttLIl+8sZDHJMOVpiDSkUhfcN8gAnCXsR1XKJUGsL0a1/ nJgGPuRXALhL0hMe3BK4SOBr7TiBQwPqpnFW4NBgQALwsiUBGnjbuS1E2/m8WFxz9izp0dB+ C2vKbVGNxQq3Z4dSO6bcfIvJFEwwSCJ+Ly9Wo2LWcETdM/Au4LRMK+7m6AsdknqBSwIUBW5v fdM9qMBVgqw1cFo8a2Ckn2fNx7H1U2ud/Itky5YyU8DyHg7OvprXBeIOE4ftHglH8BqecXBe uHkTk0de9YB3eKWUKcGqQVE6SykF7m3293AEDKkDQddVKw9LVzitbkriQKIbAv6SRR22e6Dd AlyRlORXZkSuyRvDWu0uEm3VqnxJzPqXNbR4Wr6l1ASq/bTAqa3IndP70uSduI9vi5iYzdvR U6+otLcFW7gTeK3bo9VnjaY2+KNRrTrWKxOB03gJf66W/0Jku4KoFvjITl6t0id4ewGXg5VW 6xJ0+VZcWnmAA9vgWkFH98SWEglYYUw34AKtzrHsHTgTbd+0fwl84Dm1SoYGZxfghL145oWO E0qsqTGl2TtjeQozTZxiTALBehIgHW+1TcrKFkRW+1JlVZ6jtY1ocHoCX2sLL0tvBNz7DFb/ 0oMW2FpMqfbagJk/18RpBdzpOVZgosDtQWT8looGHBqcdwG3r6+UgO6YF4l1Laa0ZzheGmmP fM7nqjglOIzQtABuCzBPhbsROMSTrQN/ZGWF9muMjeuZF5ll0jEqcHsaz/ZnDqIGZ7hQq7Of /5JqibgMDe7as8xaJQ9r/dIc2fPm8sjNKoEryzwLcOHAT4EzBkQI9GjwRr5EHIEmYmvUlxXu osC1qzZnwECFQ85SauYOABfO+JHgJXCqa6cagFQ4MWFZs1g63mhL4M4hhVZ7c1KstLKWoEZi qt6CW2abbCwiThS4i/0A4J7UFlpCpAQNsh8CZ1G601gEuG0pOSQGaKLA7dPnmR2VCK0IvS4+ 0HU/qZU1rdkQG9Jz134tsCuSiWjKnhHbtM1xvJBt0o42vvgwBW/D81+3eQlc8JZSqHAjgPNk fAJnwew71uTfbAq4ayosjRVO6igtmbdRhSNwNnhC0Fj8S+Bwx6DZKHQOC5z/8p14gohnODwe jhMEgbOLhligwI2+NIkGAnKrx0sTtpQIM6ExMHD5Oc5wMA5Vx7xdiWRe2sKx4ukkvvdrsVNY zBre4piBXuBghwhgwraCJLTF42SYVoZkLO2GwH1T16EP7EwCF/si8IxVmcCVs6Klwp2+nYUG AoEjcHhR3kaywn0EO7GDZjFpHGrLlnJOWAP+JXCXe/lP/gFFFYeBtnJ/789/cBtM0GOgB/xL 4Ajcp80h6GhnaDmm8NJEU/WTveBqwTNcrFoETjSwj1pXdFa4Npcm71T/zvSQMwvCQ7aFJdNW y4jfz4dpReDaAbdrCTmTwOHJ6ZcSDIFrDNz+PSkt2ZaEDzgEAv2XgpctpRZlc33uOuCCwBW5 InBwkEyZYAL+5S2leI2E/fZjAvcWb0poIpWVwLVrKfeLEyiIeIYjcHAtTy97HEazmHhbSgKH exjS6pfOnaxwbSvcfoRTdWWFY4XD89Ix0v8VA8dkvU2sFe64L/n7H6W7ExVIldRKgoicLWgL h1eoKgf8y0uTxEUnkBLgUn3TMcXLzIBDQoFA4AgcrMBNAy0VrgacBFqx0hE42JtTJpiAf1nh ChUuB2wTKvm9kdLn+6OmDCJWRzxJELh2lya1lpHAyTovl2AIXDvg8kqWPxk5wy0XgKtVRwLX Frj3XXf58pa3lGe9l0swBK4vcGqzH3DIcsE7Y3UM+JeXJiV6IqIGbAmcms6SF8j+V8ghnQP+ JXAF/4YcMmPW5pph0i2vmqSH+tMEvMRxA73iEDjcZ8tp9asV7gXL/rfc+dXHEDgMnOWgiVT0 XwQuB0UCxzMGC7/6LaX6jIBDGPiqujzD4RLhIxGYru/Irt2xt8LVXguouyBwqkT7gCkTTMC/ wy9N0rYxbR9bAifNof1/L+C0MaXPI7beOWnn95dHOzijCAMfeWnSCriIMLSlAnco8BPAuVvH OxTlM6lARYHpgSNsjO+ZFJgauBQ2gjdT2K271kcCt93mFN7D7WCVLlzWdSV3PoMCjwVuBvG4 RipgVeCngUO+rSIJ5rVD3g0iDtK+YdNqzaUvFCDzt7ZN91Q7HmifaZ9LPtL2W+u2NNvLfEgA zDjG82phb2VR59d0sTpif5bnLOrZq7Q+9DmtbXO9SxrUNNV08665pAmqFYEzZg/NkaVqI8Gr Te2ZK5IktKCxVgs0UdWA0nQrVVZNW0QnRP99jKZdaT0/21J6BWnRFpacolXEPSgQx5fWabHV NJoBuFRrbe81WDXbvAPRtCNwzu/AoY6QWkKLbd7yWGy97agWND2BS+eyzGvRTausliqpaUfg HMBZg97rBKTd0YIhUlVLwFoCH20nkb1a5rVoHq1wtaSAxgpbykIkowJKB/496+bZF2kpPdXK EnQ1MCzPiVQLaZ5cM/T5kTX3sj1prmXOWT+3iFk7t3nA6wkNUjGK7U1W9S2a1aqF5+IDrZDa Gu+ojlJl09axXEuZXkBYoEEzLZKILPN615vCba2o0vh0/zVQc1tUN/T50twlW/SZnv3W9oXM e0nmSOBwDBWgAm0U+NkzXBt5+BQq0FYBAtdWTz6NClQVIHAMECrQUQEC11FsTkUFCBxjgAp0 VIDAdRSbU1EBAscYoAIdFSBwHcXmVFSAwDEGqEBHBQhcR7E5FRUgcIwB9b9SRInaKUDg2mk5 9ZOsX7SeerMDF0/gBor/pKkJXB9vELg+Oj9+lh04y4/4PH5TD1wggXugU0YsKQVuxPyrzEng VvG0sk9Wtj6BQOD66Pz4WVjh+riIwPXR+fGzSL+34/GLnnCBBG5Cp7Vecv67Odhetlb4+zwC d5+2fDIVuChA4BgUVKCjAgSuo9icigoQOMYAFeiowH/1WS4YvwQCdQAAAABJRU5ErkJg gg==</item> <item item-id="23" content-encoding="gzip">H4sIAAAAAAAA/2xTTW/TQBCd9Xdcpw4tJCmBOkkDxAkNSQH1uqoqqFQEUo5wKCYxbZHShMRC PVr8B85cOPADEHfEDfGXUJidnQAHHK3zZva9mefxOgAAgSvB5RM28e6lb4fp6fn0wgJ1HeAq jKcjnTMp91jRJqNnr96ko4wy8JL0Bt6dxdnsYHqp089xuZgY/iG+UFrkfcbOQyw3Nf7G6loA uwLDpH8rm6dplfYkruKMoCXl1jeA3LSl/IhAWg4D22XgeAzcgpRGCJB5qBPmoPcQfCk/HAO8 92BN733BATjC7vcG+/tYPtDS3C1KCbgtA0yua5wH5CCU0v+OkVOS0vqFlPCKLjUuAZjG0Qw2 dPwJY0NMADY1MQ+vMnFTbRzBNeZReKFql7m9XeFHKFcZVLY0+V1VkUUfruv46yqGGmsrN9h6 DQveZOs1sr7NUZmiiAVWnXtEDQb1ppTODzwDjR2eYJO6PICWlPZP1DRv8UYLn1kYgz7c5nm2 iHkf3+UddthYOWxzw3rMDtvoosOe2uSpy8ON7vKounqGu9pQ3u1xflfP7B6PkMJjVaFPhzEc 752czpPZ2cnr6XySZDZV31FnmtKHSZboc6f7AqnoOxBM3CCsIj+5PF88ojr6O+ioQyGY61Fq iT8QnaerLPybffKf7Kq4m82TUbp3SP0hZmIkSiBisVRIIEDRdkEYIjZRGwlTxBZWiYSl9pYI bBEbucQtR3GUzCUOAk/rI1FADsl95JB8DTkkD5BD8qLiKNU6cRCEiqPI7P43AAAA//8DAHSB F2M+BAAA</item> <item item-id="24">iVBORw0KGgoAAAANSUhEUgAAAUoAAADHCAYAAAB/cBq3AAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA FvRJREFUeF7tnYuS2zoORHf//6N344c8skQSDwICbZ/cSqVuTBJgA2g2IY3z3//9+/UffoEA CIAACPQRuBElv0AABEAABPoI/AdwQAAEQAAExghAlGQICIAACAgIQJSkCAiAAAhAlOQACIAA CMwhgKKcw4/ZIAACP4AARPkDQWaLIAACcwhAlHP4MRsEQOAHEIAofyDIbBEEQGAOAYhyDj9m gwAI/AACEOUPBJktggAIzCEAUc7hx2wQAIEfQACi/IEgs0UQAIE5BCDKOfyYDQIg8AMIfDRR /vtOpNtXxPEbDMgBcuCVAxm8/fFEmQGKds1/FK0dmjau2odq+zdg8QEMtgK7CaeMXzmrZnja WDMLFK37FCgF+irQ4kOTXHxEIosTIEotK7aIurg4VlBTFOizQItzgThAlF0qyzo9tNxJcqIo UZR/1bJEPXD1PtMXRFlPVEsUR7GaQ9mvoaq5enckHkQJUa5AUiv4wIHF1Zur96AXUF0g1fZX IKkVfCAOECVECVEO28aQRP3NYoXDgqs3V+/+YVHcn4Ok1ujPEQcUJYoSRYmiFF7FgCghSogS ooQoIUoBAYgSooQoIUqIEqJUIdAYxOtB9U18rnz0KLfSXCIXeOH8zJQQJUS5zNNWHqqt8eUk ECVE2VLe1ad4tX2Icg1Fu0wcIEqIEqJsN2kg6/qbBUTpbSBeMI+rd32BQFJrKLryONyU3Pb7 gtrvmcjiBL5mbSKo5cn5z/dqH6rtL6NkfrlH+STIey4UkyVEyVPvJqVXE1W1fYiyWNHuiPGV C4VkCVFClHlEOXFtgiiLieqZFSVxOBDimw9JD1WkCyBECVHmEOU+2R2EWVKgByTwoagFcyDD E1EWkCVECVHGE2XvimRIcEjqRxVlI3dOuWDII0kpaj+HKCHKHKLsPz5U5SZE+cNEKSn7gl4l RAlRxhKllMTS55W9MalAVRQfO6j6wLjcfkMtNn24WFX+NFH2Np8FiraELk/O1mFhfC3F1Ibc XvsYvPXRw8BkZyNdx9slHjva+FrGVefCFfbfsFYS5dXxyeKE5d+jvG0couyXrKVA9kmrFIyv 1+J6Cd+yn2HnDYEGgWv3YyE/y1hLHCzrasdm29fE9OiDZo52f9pxP0uUN4AgynmibCWtRC6a OZrieNnpLCjaaQwQ52grK2hcNlFJbmba12K990E7R9qX9XOIstOjvAWH/xQI7K61oyT+is/I iFgEonMn1rv31ZJ6ostfvVGU4zNVqyQ8J7xmjklRdraisXOc6pljVSeW8do4WNa0jM20r8Ua RWmJWMJYrt7zV+/HgXP+LYVLmtN6d06a07J51Rxpv97PM4lK41O2fU18NIemZi8zY7h6d67e M6DOzs1OTo1/Vh96D2VGtt7mHBqbL/uHhaftaDZ/IP/7SVD0yxqHaDevsC/FVHqwF73n9oGb kwM5qwYjgqKMUZSbqpwOT+8uNr2wb4GtQO88WUSWVxDV8DAzvibmQVqCdoTBVbH5WUW5vR7U AiALFG0SVRfHnfgsBfIvW6Vk1+59G2eyb11cOR6iNOaBEtfjMCl3IEonsNnTIEpjgXw5Ub4U s1TRCYlZfWBcYV+CFaJMSKyIJSFKG1FKie6JyRUFKvl1fNoaLpslB6zKXrGedUh2HDRXZ8mH jPw7q96cbmLOqtYoO8dDlBBlq/2gKWpnynWnSSQRbe9EEJYWjMMZDclJGFwRlyxOgCgdSbNi f07cRsK129wjFZ30DWi9lnK1qpRIwrcz/axs+xClPhbLjcw6PbQbzU5OjR9qHyBKDZzuMeo4 uC2MJ2bbhyiTAnfFshCl4er9Q0R5V7oXvyqUTVRSPaXaV+aO5MMVMcniBK7eUgYOPpcSY2Jp 9VStDxpFoDa6G6i171lbO6f3ovOV1+9qHDLta3NH44N2LW3sT73aJAMQpTciN9WS3EDXuKby QakINPZOibkwBlcomA0PVRw8ACvnZNrXco/Gh+yYoCgbCZMFijI3IcrFD4vsotzniYYktHnl GZdpH6K8iaIP/gVRKlXtjyrKV6/yghzPJCqN+5n2IUqIUpOD3TGZyal1TOODNtG1NldSUncy HJz3V6lKTRw8+GrnZNm34Kf1ITUfkxZHUWozsXX1X0CQa5IzKXfuiGjsT0Csmir5kLn/b+9R WrCT4vDCKvGNhKxbJkSpKsX2IG1iTJgQp4o+JF67Icq/8IhxECM5NyDLPkT5iAtEOZGfWclp cUn0AaJ8JHpypotxsATVMTbLvgU3rQ+W67wVChRl6+priaIVccV4bWIolnIPEX2AKCFKd3bZ DhgxF59+QJQTAfFMzTo9tL5oE0O7nmec5EP2WSLZ9+zJOkfjQ2ZxrtCC0GBgxtWowi0+ZOVl FicYobBCnTs+CxSt15bE0K5pHSf5kJWQm5+Sfet+POO1PmRiofXBsz/NnAz7VrwsPmQdXFmc 0CXK1jeLj75tXBPM6DFZoGj9tCSGdk3ruKEPydfuFZSUxQdr4VtiUZ0LGfateFl8+BqivCdg A6lqctonb7UvlsSwFJ1lLERpeEUp8eCozoUM+xDlXyUOr94Q5ZiyMpLTQpKSmrImutW2ZN+z nmeOJQ5ZmFh88OxRmhNt36P4rD5kxCJLPE0R5XYV39RnlpO9JLna3tEPa2JIye75fORDRiJ+ GgYnTJ+q8oaNBZ9tfG9OdS5E27dgs2Fs9cFjQ6qRLE4QiXLfl9wT4wuce+L9LZPlaAugK201 7S/wGipEabh639tJ599y8clzrCQh2bR+Hm3fQ2JWHzyqVcIlixNEojwpiAOCR8eyHIUo2ynS Tc7EftzeE2txSInu+VzrQ4skJWWpnaP1wbM/zZxo+xDlO+oQpSYLO2Oik9PjSs8HT6JH2ves 5Z2jjcOI9DyfrXRgaDHQYOxVelYfvHZGe8gSaiFE2bp69/qXkRuJXEuTQJ/Un4MozxHVqsM3 Amxc1Vsq1EoSnnwbEkRgG8hLYB4MovM0ixOm36PcHJP6l0fijEiULFC0vnkSQ7u2dhyKMrFH +WTEZl/zwJbVuRBp30teHh+8tnr1kcUJ0z+ZM3Ks95AnajNR62hJCUXZUGmBSuaqOLw9wW7K w/Mj8eZT7/1DzGIcPCTVJxtfJDw+eNUrRGmIEUTZUVMXPci5hcpTHIYQq4ZO+2B8FP7ixx3J Tvug2ml/UKR9r8rz+PATRLl/deiktu7FOv49mRvNnxyaXdMy35MYlvU1Y1s+eBNdY++TVLVn P5o5b/g+/6c6F6LszxCX14fIfM0ST9NXb01iZY3JAkXrrzcxtOtrxkGUNar2qCqrcyHKPkTZ rjqIUsNGnTFRyTnhQvPqG3lCS76tioHk9+znR1VZjUOU/Znc8fowY7N1k52NbWs+RDmBqjcx JkyepqIoaxTlLRCtXmVkbC1rReXiDGl5fZhRsRClIku4ep9JIjLpFCH4joc5mo02xrR6lc6l pqd5SWpveDZ3ZnyYIej3PeRov5xVp8OuWwCi7BClDr6QUTPFEeLATdkVvZoDUb5HcCYOEGVU NTRP9Fqen0mMKFiOPkQlnNa/FTHQ+h4xbpXrd0QcUJT9jDgzTeudsui/i8jQe48IooQo6xTl vk95j0NhPoYR5URtzvgQBV0WJ9QyzURQHkla6/5MYkxu/TUdoqwlyo0sIcq5OMyq2a0gsjih lmkm2SILFK1bqxFlVLJp938niaL+4FsDv9iH+4VrU5RFh/dsHCJyJ8QHS/Jd2I6DKCcCM5sY E6abirKiRlfDIAJTzxpvvUrPApNzZuMAUY4DAFFOJOhsck6Yhih34C0Rh62SKk6rAGUPUUKU EXzUXGOJAt1dOytqdDUM0oItLHzD4UU2BYGYjUOEyyE+TDqS1Y5DUU5U1mxiTJg+KcoIReDx ZyUMPP5HzXkR5b1xe31ZzcQhKndmfNjiMAsdRHlh41ZbPBGJobXVG7f5MJtgXj9WwsC7h4h5 b3EoCMZMHCBKOQOuP/pkn9Qjsk4PrQMzyam1IY2DKNd68h5FOlLcj5/P5GKUzzM+fKyibH3X 5Oj7J62BjRgPUf6RRIGIuYcwojhmc2ElH9Kefrd+6GMH3AwGUbkz48PHEuWj1dL6wZ11RChE CVGuSNZRCu3FgxtJ7k+Uw9/NkNRyRDnhUBYnTP8rjLNqYGZ+Fihan2aSU2tDGvf2tFUanPD5 KhgkbM205B6HUKJskWRDfnnjEOmr14dTG2FCi2VxAkRpKof3wVGJMeHC/eo7cQDPmObqPbj6 hhHQKLg7EvXmYpifgW2YmXwuI8rWv3szXV1BC2SBonXPnJxCn0lr9+0GBlEu2ScNISANYzzH mHPxmUQaE9q89PqAotQiPBg3/gfMbK+s7XlK69poTi8xTnN6i+wVwfPLZyyJ69mPdt/acVHF obXXGreqD574vM1RJsO0nRnwB6rau6xnPzdboy6F15dXl2O0QPXDnKP98//rwfGIOWlOq0Cb c4Trk2SnSQ47Ys1MECnBViUpye/oz484XBXTq+xo8IrIBc9+9iSpPFs023kbM9Wj3NTew9GJ DmzHbQtRClz0Om2Ogeh90ArYkZA0xSGRmMZO62rSm2fOgMkJEcUx6cJyV++rYnqVHW18ZnPB s58jSSbQ0H37XXbTvkeZSZZWohwB/TOfPR7v8F8lAg21/xH5V4nZs9cegZOW2C3jpmXgnsyi VaWVKHsb95xUwznPYwtFyQvnfz2sv1IKz7fujeuv9XS6KQXO0RLKTypKNTg7rVtJlJK/nt5H d86gEkLtDDblsSNh5Pl8tjg8Nk+tiOIv7n1czd41hyc+K8/RxCkiFzwYlPcoJXCO1/P9NVya q/lcqyg1a3nB3AdOW6CjORrVq3ox8p8Rjx0tVtpxEcWhtdXFbkGidOWbM6ZveaBs0mXkTlQu ePZzK4Zt3mw+teZPX70znHpdZw5Bl4gz05c2eEnwaSLeuf5/DQaGjUQVqMHkaajog4bANGM6 Tr7sa9fQjjOAImJgWOs1VOPnrl6ib7UvLvL4fuWc8XuUSUSl3GBKYvydEv2XRPeJUaymUjFY IQ5RPkgFrzkcB768xSHZ1qXKXtrLJt2fTv0sUY7yNAsUZW3kv5bSK55d8lQTVbX9e50UHxYq HyQi1BCChShH603aupwopb3s6yFtbz0pr/hJEU2fQzNGS0zHcV9PlNtpuQfx2I4oJomPIClv ghnmqXAYHXyTBX6y31tPImzDnk/1mJWLhr1kcULz7nqsy5afUWMm4pLykrvFH1VxWBYcy+fm VfxSHxr+VdtXqbmoGGgVnRTH/edBxNUkyl7hJuGRmgvKvVxGlC0CPMYyasxsvLJA0fqVmhhK J6p9qLb/kUQ5uCEow34a1oxDr3C9RoR5qbmw38vgmprFCSdFOSLBqM+i4pQFita/1MRQOlHt Q7X9jyNKZVytw7pxSCDlnm/puaDo42VxgokoN4BQlA8k0hNDUS3VPlTbJw7k4nsnI+dNGHqU CjIqO0EVvlUTVbV9iBKiLCPKe/Lx1FukKUgCVf26ZWU98RWzEKIsJUplfEqHZfUjtJuCKCFK iPKvWpaoh8nXrPq3Ry0rLDgOoqwnqiWKo1jNrXD9Jw5PZQ1RnpkaooQoVyCpFXyAKCHKrpaF KCHKFUhqBR8gSogSohy0PaoLpNr+CiS1gg/EAaKEKCHKYYcckqi/WaxwWNx9oEdJj7LFFtUk UW1/mQItfqBEHFCUKEoUJYpSeOsEooQoIUqIEqKEKAUEIEqIEqKEKCFKiFKFQGNQVuNW6w/X HR4ibLlSnQvV9pfpFfMwh4c5PMxpH2GQBAfW68CCKCFKiBKi7N12OCzoUdKjpEdJj5Iepaoj ltWOy/mWS9WW5gdlgaL1jFOcKx89yr9qWaIeuHpz9ebqzdWbq/dYxmSJJxSlVj62nroX/zTG Ck8al1ARxIF/luRZnxAlrwc1Kb2aqKrtr3BYrOADceBhDg9zeJjDwxwe5qjufihKFCWKslMq qCkeqr0eqvEwh4c5PMzhYQ4Pc3iYo5LW+0FZMlvrCEoGJfNSMsUPlMhFepT0KOlR0qOkR6nS L1niideDVPBz5ePKJ1z5UJRrvKJEj5IeJT1KDiwOLHqUZm2XJbO1jtAXokdJj/KvWpaoBxQl ihJFiaJEUaIotULuNQ5FWa/ollARxf3BW0JW41BtfwUM7j6gKFGUKEoUJYoSRYmiNCOAkllG yRSrWhTlo3hQlA0SyQJFy1ckZz1RQ5RPgigm6mXiwNWbqzdXb67eXL25emuFHA9zdkhVq9pq +8somWJFRxy4encJlKt3/dWXAl3j6kscIEqIcqC1qwuk2j6Kcg2iXiYO9CjpUdKjpEdJj5Ie JT1KMwJcvZdRMvQoy1+6v+cCihJFiaJEUaIoUZRmPZV1emgdoT9Xr2hRlPQo9/WaxQl8H6WW FRvjIEqIckuL6lyotr/MgcXVm6s3V2+u3ly9uXo3ERhJ6SyZrRWZnOIoShTlX7UsUQ+/qChv RAhRCicoT1vXeNpKHNaIwy8SpfS4H0VZr+iWUBHFJLVCf444PB9qfStRbqpx/6f2KVZrLn/3 UOH8BoNfzQFt68wybvmn3tWq0QImY0EABL4TAYjyO+PKrkAABAIRgCgDwWQpEACB70QAovzO uLIrEACBQASWJsreA57A/bMUCIAACIgILE2UovcMAAEQAIELEPhoorxScbZsjV5pkl6W18a2 9dTfancGp95bB1fhEbXXWQx68bwCBzA4V8s+L6PwGdXkxxLlsYAzXyPqkdUe2G1MpF+t4uyt b/17DVGPyOE4P8u+BeMrfbj5dUVeWPdkHa/Ng1YcrsKglWtSvUXjAFEqMiWCsBRmmkMk4vUm jNafkaLtFc++gCT/tX5o1owujpZvLSVzJQ7eeGfEYYuJtLbk80wOWGMu+drzBaI0ROlYJBa1 YzDzNlQKrJSE0nzJr5FSvxoP715nMRgR4VFVWQtXwl+r5LzYWOz3FGQFBt79enMBojRmijdA RjOv4VJgs/0ZEeWMyvPg4d2rhKHFlx4eXt+0tm/rzxxMERgcfTj6fgUGm02vLS8OEKU2U5/j vAEymoEoD4BVk8RITV15YHjzz0sQrbytOCysSt06XqpPiFJCqFOw0YHouSEluLdwtNteQVFW YyCRJET5yKbMXNzUbOvPVnsiuj4hSi1j7BKhVThSkhjMvA2tJokRUc6oPC0eLRvWIpAwlHwZ 7fOYC1bfJNtR19tZDFpk1Pu7bAxmSNmLw8cS5QaW1DexJmIrMXs29qfbMWki/LKubx0vYdNa r2djFI/RnJEPI/Vg3Wu0D1fhcMRAk2dWbCx5cDw0Kmtj89u6X08ufDRRSgHmcxAAARCIQACi jECRNUAABL4aAYjyq8PL5kAABCIQgCgjUGQNEACBr0YAovzq8LI5EACBCAQgyggUWQMEQOCr EYAovzq8bA4EQCACAYgyAkXWAAEQ+GoEIMqvDi+bAwEQiEAAooxAkTVAAAS+GgGI8qvDy+ZA AAQiEIAoI1BkjY9AwPqz6x+xKZy8BAGI8hKYMbIKAt5vj1nFf/yoQQCirMEdq0UISF+ZVuQW ZhdHAKJcPEC/5t7+a7uspNabu8dwW/OoLH8NZ/ZrQwCitOHF6AsQOBKehdwksoz4ntALIMDE YghAlIsFBHfe/71sj6rcMGypRgvpEgsQeOUSUIDAagj0yFFzXW7NnVlvNWzwpwYBFGUN7lgd IDBDbJIC5ak3qedBAKL0oMacNASO7zr2+pU3B479xtHc/Xjtv/uStkkW/jgEIMqPCxkO7xHQ XMdBDARmEYAoZxFkfhkCkGQZ9D9nGKL8uZCzYRAAASsCEKUVMcaDAAj8HAL/B8HIremQZWmD AAAAAElFTkSuQmCC</item> </binaryContent> </worksheet>

Mathcad Professional 13.0 <description/> <author>User</author> <company/> <keywords/> <revisedBy>User</revisedBy> </userData> <identityInfo> <revision>3</revision> <documentID>37f7390b-cd10-4cee-9fc6-309b01519820</documentID> <versionID>d9d98798-a546-4757-b474-b8bea79def1e</versionID> <parentVersionID>00000000-0000-0000-0000-000000000000</parentVersionID> <branchID>00000000-0000-0000-0000-000000000000</branchID> </identityInfo> </metadata> <settings> <presentation> <textRendering> <textStyles> <textStyle name="Нормаль"> <blockAttr margin-left="0" margin-right="0" text-indent="0" text-align="left" list-style-type="none" tabs="inherit"/> <inlineAttr font-family="Arial" font-charset="0" font-size="10" font-weight="normal" font-style="normal" underline="false" line-through="false" vertical-align="baseline"/> </textStyle> </textStyles> </textRendering> <mathRendering equation-color="#000"> <operators multiplication="dot" derivative="derivative" literal-subscript="small" definition="colon-equal" global-definition="triple-equal" local-definition="left-arrow" equality="bold-equal" symbolic-evaluation="right-arrow"/> <mathStyles> <mathStyle name="Переменные" font-family="Times New Roman" font-charset="0" font-size="10" font-weight="normal" font-style="normal" underline="false"/> <mathStyle name="Константы" font-family="Times New Roman" font-charset="0" font-size="10" font-weight="normal" font-style="normal" underline="false"/> <mathStyle name="Пользователь 1" font-family="Arial" font-charset="0" font-size="10" font-weight="normal" font-style="normal" underline="false"/> <mathStyle name="Пользователь 2" font-family="Courier New" font-charset="0" font-size="10" font-weight="normal" font-style="normal" underline="false"/> <mathStyle name="Пользователь 3" font-family="Arial" font-charset="0" font-size="10" font-weight="normal" font-style="normal" underline="false"/> <mathStyle name="Пользователь 4" font-family="Times New Roman" font-charset="0" font-size="10" font-weight="normal" font-style="normal" underline="false"/> <mathStyle name="Пользователь 5" font-family="Times New Roman" font-charset="0" font-size="10" font-weight="normal" font-style="normal" underline="false"/> <mathStyle name="Пользователь 6" font-family="Arial" font-charset="0" font-size="10" font-weight="normal" font-style="normal" underline="false"/> <mathStyle name="Пользователь 7" font-family="Times New Roman" font-charset="0" font-size="10" font-weight="normal" font-style="normal" underline="false"/> <mathStyle name="Математический текстовый шрифт" font-family="Times New Roman" font-charset="0" font-size="14" font-weight="normal" font-style="normal" underline="false"/> </mathStyles> <dimensionNames mass="масса" length="длина" time="время" current="текущий" thermodynamic-temperature="температура" luminous-intensity="яркость" amount-of-substance="вещество"/> <symbolics derivation-steps-style="vertical-insert" show-comments="false" evaluate-in-place="false"/> <results> <general precision="3" show-trailing-zeros="false" radix="dec" complex-threshold="10" exponential-threshold="3" imaginary-value="i" zero-threshold="15"/> <matrix display-style="auto" expand-nested-arrays="false"/> <unit format-units="false" simplify-units="false" fractional-unit-exponent="false"/> </results> </mathRendering> <pageModel show-page-frame="false" show-header-frame="false" show-footer-frame="false" header-footer-start-page="1" paper-code="1" orientation="portrait" print-single-page-width="false" page-width="450" page-height="600"> <margins left="72" right="72" top="72" bottom="72"/> <header use-full-page-width="false"/> <footer use-full-page-width="false"/> </pageModel> <colorModel background-color="#fff" default-highlight-color="#ffff80"/> <language math="EN" UI="RU"/> </presentation> <calculation> <builtInVariables array-origin="0" convergence-tolerance="0.001" constraint-tolerance="0.001" random-seed="1" prn-precision="4" prn-col-width="8"/> <calculationBehavior automatic-recalculation="true" matrix-strict-singularity-check="false" optimize-expressions="false" exact-boolean="true" strings-use-origin="false" zero-over-zero="error"> <compatibility multiple-assignment="MC12" local-assignment="MC11"/> </calculationBehavior> <units> <currentUnitSystem name="si" customized="false"/> </units> </calculation> <editor protection-level="none" view-annotations="false" view-regions="false"> <ruler is-visible="false" ruler-unit="in"/> <plotTemplate> <xy item-idref="1"/> </plotTemplate> <grid granularity-x="6" granularity-y="6"/> </editor> <fileFormat image-type="image/png" image-quality="75" save-numeric-results="true" exclude-large-results="false" save-text-images="false" screen-dpi="96"/> <miscellaneous> <handbook handbook-region-tag-ub="123" can-delete-original-handbook-regions="true" can-delete-user-regions="true" can-print="true" can-copy="true" can-save="true" file-permission-mask="3219338019"/> </miscellaneous> </settings> <regions> <region region-id="9" left="6" top="9" width="30" height="12.75" align-x="19.5" align-y="18" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:id xml:space="preserve">N</ml:id> <ml:real>20</ml:real> </ml:define> </math> <rendering item-idref="2"/> </region> <region region-id="10" left="42" top="9" width="38.25" height="12.75" align-x="53.25" align-y="18" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:id xml:space="preserve">n</ml:id> <ml:range> <ml:real>0</ml:real> <ml:id xml:space="preserve">N</ml:id> </ml:range> </ml:define> </math> <rendering item-idref="3"/> </region> <region region-id="11" left="108" top="9" width="29.25" height="18" align-x="125.25" align-y="18" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:apply> <ml:indexer/> <ml:id xml:space="preserve">H</ml:id> <ml:id xml:space="preserve">n</ml:id> </ml:apply> <ml:real>0</ml:real> </ml:define> </math> <rendering item-idref="4"/> </region> <region region-id="12" left="162" top="9" width="37.5" height="12.75" align-x="172.5" align-y="18" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:id xml:space="preserve">k</ml:id> <ml:range> <ml:real>0</ml:real> <ml:id xml:space="preserve">N</ml:id> </ml:range> </ml:define> </math> <rendering item-idref="5"/> </region> <region region-id="89" left="18" top="39" width="36.75" height="12.75" align-x="26.25" align-y="48" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:id xml:space="preserve">i</ml:id> <ml:range> <ml:real>6</ml:real> <ml:real>10</ml:real> </ml:range> </ml:define> </math> <rendering item-idref="6"/> </region> <region region-id="90" left="78" top="39" width="27" height="18" align-x="93" align-y="48" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:apply> <ml:indexer/> <ml:id xml:space="preserve">H</ml:id> <ml:id xml:space="preserve">i</ml:id> </ml:apply> <ml:real>1</ml:real> </ml:define> </math> <rendering item-idref="7"/> </region> <region region-id="108" left="18" top="57" width="40.5" height="18" align-x="39.75" align-y="66" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:apply> <ml:indexer/> <ml:id xml:space="preserve">H</ml:id> <ml:real>11</ml:real> </ml:apply> <ml:real>0.5</ml:real> </ml:define> </math> <rendering item-idref="8"/> </region> <region region-id="123" left="78" top="57" width="40.5" height="18" align-x="99.75" align-y="66" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:apply> <ml:indexer/> <ml:id xml:space="preserve">H</ml:id> <ml:real>12</ml:real> </ml:apply> <ml:real>0.5</ml:real> </ml:define> </math> <rendering item-idref="9"/> </region> <region region-id="110" left="24" top="81" width="41.25" height="12.75" align-x="32.25" align-y="90" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:id xml:space="preserve">i</ml:id> <ml:range> <ml:real>17</ml:real> <ml:real>18</ml:real> </ml:range> </ml:define> </math> <rendering item-idref="10"/> </region> <region region-id="112" left="84" top="81" width="27" height="18" align-x="99" align-y="90" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:apply> <ml:indexer/> <ml:id xml:space="preserve">H</ml:id> <ml:id xml:space="preserve">i</ml:id> </ml:apply> <ml:real>1</ml:real> </ml:define> </math> <rendering item-idref="11"/> </region> <region region-id="120" left="18" top="116.25" width="62.25" height="27.75" align-x="33.75" align-y="132" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:id xml:space="preserve">Δf</ml:id> <ml:apply> <ml:div/> <ml:real>1</ml:real> <ml:apply> <ml:plus/> <ml:apply> <ml:mult style="default"/> <ml:real>2</ml:real> <ml:id xml:space="preserve">N</ml:id> </ml:apply> <ml:real>1</ml:real> </ml:apply> </ml:apply> </ml:define> </math> <rendering item-idref="12"/> </region> <region region-id="121" left="108" top="123" width="33.75" height="12.75" align-x="120.75" align-y="132" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:id xml:space="preserve">K</ml:id> <ml:real>200</ml:real> </ml:define> </math> <rendering item-idref="13"/> </region> <region region-id="122" left="42" top="145.5" width="243.75" height="43.5" align-x="57.75" align-y="168" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:apply> <ml:indexer/> <ml:id xml:space="preserve">h</ml:id> <ml:id xml:space="preserve">k</ml:id> </ml:apply> <ml:apply> <ml:mult style="default"/> <ml:apply> <ml:div/> <ml:real>1</ml:real> <ml:apply> <ml:plus/> <ml:apply> <ml:mult style="default"/> <ml:real>2</ml:real> <ml:id xml:space="preserve">N</ml:id> </ml:apply> <ml:real>1</ml:real> </ml:apply> </ml:apply> <ml:parens> <ml:apply> <ml:plus/> <ml:apply> <ml:indexer/> <ml:id xml:space="preserve">H</ml:id> <ml:real>0</ml:real> </ml:apply> <ml:apply> <ml:mult style="default"/> <ml:real>2</ml:real> <ml:apply> <ml:summation/> <ml:lambda> <ml:boundVars> <ml:id xml:space="preserve">n</ml:id> </ml:boundVars> <ml:parens> <ml:apply> <ml:mult style="default"/> <ml:apply> <ml:indexer/> <ml:id xml:space="preserve">H</ml:id> <ml:id xml:space="preserve">n</ml:id> </ml:apply> <ml:apply> <ml:id xml:space="preserve">cos</ml:id> <ml:apply> <ml:mult style="default"/> <ml:apply> <ml:mult style="default"/> <ml:apply> <ml:mult style="default"/> <ml:apply> <ml:mult style="default"/> <ml:real>2</ml:real> <ml:id xml:space="preserve">π</ml:id> </ml:apply> <ml:id xml:space="preserve">n</ml:id> </ml:apply> <ml:id xml:space="preserve">Δf</ml:id> </ml:apply> <ml:id xml:space="preserve">k</ml:id> </ml:apply> </ml:apply> </ml:apply> </ml:parens> </ml:lambda> <ml:bounds> <ml:real>1</ml:real> <ml:id xml:space="preserve">N</ml:id> </ml:bounds> </ml:apply> </ml:apply> </ml:apply> </ml:parens> </ml:apply> </ml:define> </math> <rendering item-idref="14"/> </region> <region region-id="117" left="42" top="211.5" width="39.75" height="28.5" align-x="61.5" align-y="228" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:id xml:space="preserve">Δf1</ml:id> <ml:apply> <ml:div/> <ml:id xml:space="preserve">Δf</ml:id> <ml:id xml:space="preserve">K</ml:id> </ml:apply> </ml:define> </math> <rendering item-idref="15"/> </region> <region region-id="118" left="102" top="225" width="44.25" height="12.75" align-x="117" align-y="234" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:id xml:space="preserve">M</ml:id> <ml:apply> <ml:mult style="default"/> <ml:id xml:space="preserve">K</ml:id> <ml:id xml:space="preserve">N</ml:id> </ml:apply> </ml:define> </math> <rendering item-idref="16"/> </region> <region region-id="119" left="168" top="225" width="41.25" height="12.75" align-x="180.75" align-y="234" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:id xml:space="preserve">m</ml:id> <ml:range> <ml:real>0</ml:real> <ml:id xml:space="preserve">M</ml:id> </ml:range> </ml:define> </math> <rendering item-idref="17"/> </region> <region region-id="116" left="42" top="247.5" width="206.25" height="43.5" align-x="66.75" align-y="270" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <math optimize="false" disable-calc="false"> <ml:define xmlns:ml="http://schemas.mathsoft.com/math20"> <ml:apply> <ml:indexer/> <ml:id xml:space="preserve">Hp</ml:id> <ml:id xml:space="preserve">m</ml:id> </ml:apply> <ml:apply> <ml:plus/> <ml:apply> <ml:indexer/> <ml:id xml:space="preserve">h</ml:id> <ml:real>0</ml:real> </ml:apply> <ml:apply> <ml:mult style="default"/> <ml:real>2</ml:real> <ml:apply> <ml:summation/> <ml:lambda> <ml:boundVars> <ml:id xml:space="preserve">k</ml:id> </ml:boundVars> <ml:parens> <ml:apply> <ml:mult style="default"/> <ml:apply> <ml:indexer/> <ml:id xml:space="preserve">h</ml:id> <ml:id xml:space="preserve">k</ml:id> </ml:apply> <ml:apply> <ml:id xml:space="preserve">cos</ml:id> <ml:apply> <ml:mult style="default"/> <ml:apply> <ml:mult style="default"/> <ml:apply> <ml:mult style="default"/> <ml:apply> <ml:mult style="default"/> <ml:real>-2</ml:real> <ml:id xml:space="preserve">π</ml:id> </ml:apply> <ml:id xml:space="preserve">m</ml:id> </ml:apply> <ml:id xml:space="preserve">Δf1</ml:id> </ml:apply> <ml:id xml:space="preserve">k</ml:id> </ml:apply> </ml:apply> </ml:apply> </ml:parens> </ml:lambda> <ml:bounds> <ml:real>1</ml:real> <ml:id xml:space="preserve">N</ml:id> </ml:bounds> </ml:apply> </ml:apply> </ml:apply> </ml:define> </math> <rendering item-idref="18"/> </region> <region region-id="113" left="24" top="312" width="160.5" height="173.25" align-x="24" align-y="312" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <plot disable-calc="false" item-idref="19"/> <rendering item-idref="20"/> </region> <region region-id="114" left="192" top="318" width="165" height="161.25" align-x="192" align-y="318" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <plot disable-calc="false" item-idref="21"/> <rendering item-idref="22"/> </region> <region region-id="115" left="390" top="318" width="247.5" height="149.25" align-x="390" align-y="318" show-border="false" show-highlight="false" is-protected="true" z-order="0" background-color="inherit" tag=""> <plot disable-calc="false" item-idref="23"/> <rendering item-idref="24"/> </region> </regions> <binaryContent> <item item-id="1" content-encoding="gzip">H4sIAAAAAAAA/4yNvQ6CQBCEdzlQwd/GGhMbj9InsCBWJj6CnvifEA1SWPrm5+yCvUf2GGa/ GQZExBiHSVQb3OPjcnep3PO6Oz+q0tURyZljYrVzVzu1aIHplcX2cD8VdWPtmxcFM1ym7Z9K q2r5Stz79lprtVE2w2y4ZZvj8RBn/7u/8m5dueK0zANd2RZMeUJs2Ytitlj6lAO2BtGUDdvQ ixOCIQ8RgfmssOoII6muMhA9YQSOpUfiCRiN98FofABG40P9F8RIGYixMAJ/AQAA//8DAMuS Xhh8AQAA</item> <item item-id="2">iVBORw0KGgoAAAANSUhEUgAAACgAAAARCAYAAACvi+4IAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA AJ1JREFUSEvVleEOgCAIhO39H7q0RSMCxMCF/mTrPD5O2vZ6SubTDGY+JbO5c7pLGaxRbHl8 eIYarXsbk3Rp/UWQMzLDHG4Q9Fk4lIRE0UtM+37Y4LV6bk2NYATdTwaxSYsJnJ2R3GJt84gB ndRZ5LhdBoHiLIIcMfp4fnnFUsa7I9Z2kzRWC11pU3D3dfdgZL4itNb61UV0HK2RnuABKE0O cnPUYVwAAAAASUVORK5CYII=</item> <item item-id="3">iVBORw0KGgoAAAANSUhEUgAAADMAAAARCAYAAABwxZQXAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA AKdJREFUSEvtVdEOgCAIrP//6FKnTgkiL+aKyeYjJ8cdsB8hNi8RyXiJzQuR5LBFBuxAGM04 n+khweW2mBgqUAkl8IYQ/b5g/ZKM1JiOTGWoWAHpqrUyLd5FGc7PWtGdX5V5sCaT72NyHGsz qw+5kbLCZhXJC4W1WSnm68oUVVwoQ5telaEzc3cTNMWkzf0UU8KX8qevZuA0DadMuzPDlQEJ iwzQtCkpJzhsv9wtINv3AAAAAElFTkSuQmCC</item> <item item-id="4">iVBORw0KGgoAAAANSUhEUgAAACcAAAAYCAYAAAB5j+RNAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA ALNJREFUSEvtloEOgCAIRO3/P7rUZUPC9Jg2nLK1tUJ5Hogepzdn1QKcVXNWwWJGp4DzZRdq Lz7JpG8jF8PjZcpRMAo4EqgUJ4LSwEvASYusqc/HiMrRvPMarAXg/6W5SuBNcFIAFErj/zvc Gsr17HOaDXGf8VmvneOEaCliunu16rTEeRoz4kylT+/oeMQfTis/e5FgqO+GQxVT1dzrSsOu WFqI0jg4rb0BvubbcFq1TSt3AfnCCLBU/BAtAAAAAElFTkSuQmCC</item> <item item-id="5">iVBORw0KGgoAAAANSUhEUgAAADIAAAARCAYAAACfB/8pAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA AKpJREFUSEvtldEOgCAIRe3/P7rURUMTMEJtLLdeKoHDvcq2xxU8rATiYQUPENlVLkHiURnG lWLDo0nS2otjXpW/SSIVVjdI27DWPnhXSKBNMBOEagoJQimkgbVWBMdjFekptvCn4H9rkHP2 ZSOQID0QkpXq70tAMCVX8GpFoE7xsFsqM0IRaPINpL7nLQ877h53hXJuoOZQU5Gn3v/S/+NG +WTKH2Ryw8V0B4qPfR8W+xgnAAAAAElFTkSuQmCC</item> <item item-id="6">iVBORw0KGgoAAAANSUhEUgAAADEAAAARCAYAAAB0MEQqAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA ALZJREFUSEvtVdESgCAIq///6FJPOkIUhKPOLl6VuY2p+5FqW72yiNVrW11ASdLnRKSrEaIp 41qxuT7Ag7UY1sgKK/n64DTiKV4RFGJ9BfUIAF4cacy5EdE71ELmGrUjSjANSrorQpNbnEWa SzpRimcxYloE1+CJmhQDLbaEo44Tzic3DY6QdPhrIrQHa2KgxZLMuE1ilHFPnnt3DWOOHhSu //F/Quu4Z1/oP+EhNtP7i5hxK3LvCQ5XUkrFNZ6JAAAAAElFTkSuQmCC</item> <item item-id="7">iVBORw0KGgoAAAANSUhEUgAAACQAAAAYCAYAAACSuF9OAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA AK9JREFUSEvtVVsOgCAMw/sfWoH4GMsC3ZDYD5f4oTJW2m5se47EFAUQUyQmMFUtWkDZRsVL 9bnC+rbiAE1NWUD+kKBWgNCHvt+/BnR2+aPKW4AsdlFmu5JJ32hPIQWs/BFYKg8tk8zqTLRL pxga0Y/IqteYgGbnUBSorss7qRGqI12H7NuMHneCuFq8uch6t2RRryBgQrf9D6hHLTroUHms dW4PzRRDcn9AI5boGDoAn5wiiIJk45UAAAAASUVORK5CYII=</item> <item item-id="8">iVBORw0KGgoAAAANSUhEUgAAADYAAAAYCAYAAACx4w6bAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA ANBJREFUWEftV9EOgCAIrP//6FKXTREVL81isvVSEtwdiO6HsU2jWWAabdMIylWhemCmzWyv uccb924GEdI8wnWRYiGoENwMMLn4XI7cWjXAkmoL1RitWIntXFVQn9o//PdEsahOSc/1Kkku Ri7hVmDXXI53xdGKIcT8CthnFZOWDaIQ9WlVLOkx6Ryjuw+deSUwtcYvbSBc3BsEN4MRVt9U DMkPPlItYCjdHfygQ/BSrAPz6C+WYrWrjPRqgSrQ6gcp1hpkxvoFbAbrT2KqVewEProl2Was K30AAAAASUVORK5CYII=</item> <item item-id="9">iVBORw0KGgoAAAANSUhEUgAAADYAAAAYCAYAAACx4w6bAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA AOBJREFUWEftVlsOgCAM0/sfWpGIGTAYlIe6QOKPMNuum2M/zNo0rkuYxrVpFGWrUL0w02ZX r9nHLe7dG4ko5UHPeY5RUVTcG2JS+BxH7qwaYVG1UTdGO5bLdqoqwhjpG24/csyr06DnepUk h5EiXCvsnsv+X3G0Y0hifiXss46lnA0bGHEojKl1LOqx0jnGkS8Flxo/9wPJ4bLckaxKBKV9 BLM2BrpSScSl/VqSyPklTBrkX7mCPTwgm8lFuVQwgtMS060UaV/9sseksTBiliHOQY4hQLNj lrDZGW/FU+vYCc6QFugy961WAAAAAElFTkSuQmCC</item> <item item-id="10">iVBORw0KGgoAAAANSUhEUgAAADcAAAARCAYAAAB5LjRtAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA ALZJREFUSEvtlesOgCAIhe39H7rUZWOMmwW2UWz9KBvwcUC2vVrJag0uq5WsYL0jPwNXR8+d Ffts7/i5E5TKFfoNV24Eg8lTsLNwVr/+UqFMpW540ilakXoBpKqOM88kLPEsSnJtea627uKC o6TGQah50cBXKUcJYVLOUknuHw5OK4oWc0o5KKeU6OxttwqOvJW9ZuBt5UQ4vCM8oDmf1jmU VOfWAfwevgq02Yk8/+EiqxvpO7VyB4GBvutYa1azAAAAAElFTkSuQmCC</item> <item item-id="11">iVBORw0KGgoAAAANSUhEUgAAACQAAAAYCAYAAACSuF9OAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA AK9JREFUSEvtVVsOgCAMw/sfWoH4GMsC3ZDYD5f4oTJW2m5se47EFAUQUyQmMFUtWkDZRsVL 9bnC+rbiAE1NWUD+kKBWgNCHvt+/BnR2+aPKW4AsdlFmu5JJ32hPIQWs/BFYKg8tk8zqTLRL pxga0Y/IqteYgGbnUBSorss7qRGqI12H7NuMHneCuFq8uch6t2RRryBgQrf9D6hHLTroUHms dW4PzRRDcn9AI5boGDoAn5wiiIJk45UAAAAASUVORK5CYII=</item> <item item-id="12">iVBORw0KGgoAAAANSUhEUgAAAFMAAAAlCAYAAAA+ydXcAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA AWJJREFUaEPtmNsSgzAIRO3/f3SrzuikERLQLSW6eWwZkMNCLq/3vCYuDIEFJheGwIRxQy9r hxMDjsAjYM4DEUes4SkmSkgqcpAFJGECC0CYhAkkAHRFZRImkADQFZVJmEACIFfb0ShCneI5 sxU48uNAPMPcuGCWkCMqHUYBFOg0TFD8W7k5wNwUVyuvbG9NlU9Xqxnm+sRkfDCowUfej/8p 9S+YkhrLj7PC9CakwR/p98N7JgomlSm0cQ+uV4F3t9/bvNVS27zszb5fjYFRinD7x+HIQhAm kHYqmFevqtIYuupTYy2NtDQwUZudmKTxfGwVqbZ3pIFZJ3J2M9PUaQHliZlamUiY9W3NCslq p90GUyrTk1SrCNo7g2cOemyHg9kDXf5vgdk7Xw8NswerN/ukjczq02o3RJtLqurBs8xaKySr XXqYUrudARmxm2tn15Qz0wsxiz1hAitBmIQJJAB09QFLT2UHJKo33AAAAABJRU5ErkJg gg==</item> <item item-id="13">iVBORw0KGgoAAAANSUhEUgAAAC0AAAARCAYAAABJoiVMAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA AJ9JREFUSEvtVe0KwCAIbO//0FtFgYnmx2QhTOhPiJ7nXV13jZItGuhsUbIB7spIDbrKumm7 nxnUXcSQXF3t/cI0BDwMGoFxqcH1sNyzoHGRcPSj4OzzGrQWsDZvN3AIaKxrDcNQixYfYP/A XrthjsojHLTFiB6mJdO7mIbPnkYilhyKYZcRpXeaMp3HiNRWpH8BY8v9I1rWezr3Z/qrDTyR fBF94CFY9wAAAABJRU5ErkJggg==</item> <item item-id="14">iVBORw0KGgoAAAANSUhEUgAAAUUAAAA6CAYAAAAnd0v9AAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA B7ZJREFUeF7tnUFSHDEMRZMDcg8OwRE4ARdgz541W7YsWbLjBiQaYmKMbX2p7ba7/aeKCsXY kvwk/5F7eia/P/4+fvFBAiRAAiTwSUBEkY/9CQj69Gf/KOiRBNYlkNuDl7+ti2Tsyvl6NJY/ vZNAjgBFcWBdUBQHwqdrEigQoCgOLI0VRTEcV2Ls8RFmYDromgQuBCiKAwthRVEMRZdiX5XF wPKja3aK89XAqkJQ6hbnyxAjWpEAO8WBWV9ZFNOOcVUWA8uPrtkpzlcDqwpBvO7w+6os5qtK RsROcWANrCoEFMWBRUfXKgGKooqo3wCK4ifb3DXGftRpmQTqBCiKAyuEovgf/qosBpYfXfOa 4nw1sKIQlO5JXJHFfBXJiL5OLiugmHHTzRjTCrXANZJAjcASx+dZr1lRFLk5SWA+AkuIYmiJ Z8NPUZwtI4yHBBb6mN+MAjRjTNwUJLA6AXaKAyuAotgP/svLSz/jtHxoAlptUBQHppei2Af+ +/v7h1b4fTy3tcr62M4zx/D5+blqmKK4nbvbwtmL/vr6+sc3i8e35Gi/e8E+Pj56p04z7+y1 sRfoEsdajVAU98pOxs/ZC//t7e3j6urqIozyO/KQDi/MQcbnxtzf33unTjPv7LWxJ+gcy4eH h2IIS4hi6YbhPROT87VC4YvIyTpF6ORYizzkeONlI+JbK3jE/+gx3rWPjntW/zme0imWXqh/ iCITsl9qc6xzAr6nqPfw9fT0dBG5m5sbGK63DsWX/ITHaJ7wgqOBaF14bM8yp5Zfbw1qNuO1 y4t16driN1EMwcwC7uxxlJJY2hS9eaR+vcJUOtKKvbu7u67LkC7x9fX1m49RPL0L1fLQMi/e GLfOQ2rfsk5Nu1JbUiOlEwU7xa3Z3TAfKYy449ngynUctRQlEpt0imKz5/H29vb2dKKYsm2d FyR3rcdYah/1bekU5egstZJ7FEVRU95SoGdIGJqEreMshbGVq2e+Z47GJLwjrd0WodkpPS/2 ERHpsbbSsa92HMw9p8WmPV/c6Mn/M25lHPx6tSF9gc91xDVWWryxvTTGHLPS5ZysKKbGtWDQ JHiS6fF9lDk1UYyLY2sRCg8re+t4lLnnHWnUdmmdOZat11faM7mNn+v+0T3niTsWM08thDmI 0CC5SuOJ53jWp4ltrS5MnWIucciCvWNKhXukv1u755ooIt2OxrrGDplrXY9mMzzveUcatZ1j iv5N81HbsGgua90Msuc8MSCi4fGNrrkmerUXjZJg1erSElO1KbEErRVODLd1t4P6Psq4FglE 12p5BbaMRf2n4zzvSCO+UAFsvUY0l6X4kE5xa8y1Ds3D1hOPJoIem4joo3URuspfiCimrTMC kWPqBNCNFBKV5smSE7TYkM3ZKq9yobv1jdZo8aM80LWWuNVEAJ2T5t8Te1wrlrpBtAFlVKrj mg+vbU18c7F8a+hy3d2XYv67OFsz0mpRFgBnGFvrGtINkxa1lTmykYKP+N9enOXaouW+RTSO 3GZIRaDX+kpiU/JXi6OU/xaC5rGRxuphmKuvnFgjtZrWQyk+TfxydXWx5S04dB7H5Ql4ko+8 2s7OWz7Z0kMQZd297O7N1Fsbe8d5BH8llvC7z7VFBuOeV5ojwNs7Rm/hI0eDvddi8SfHZvSz 0Ba7MjZ3n6Jmo9aFa3N7Pe+tjV7xHNVuiaO8MMP3KaKi2AuSpy1Pj5LIEapF/FsL1zv/yKIo 1xB73aMoOc19ogXJNYURoXS8MaU9ZvpEiyaK3o2M4Gy12XMxto67RbfsjakVJyQnLcfIh/B7 f62XCK7HR8zUm5eWrGirLwG5LSz+jPyPxgp1Hx+f0TlbxnmLMydYqC10nKzLMjbHwTv/iKIo YmV5p1mON/LNOtaHzLP4CfYpilbSxx5v+pYcrVPMFVEvPFtFw1PoFp+WsSuLYu1zpqXakaIt XfPR6s3zpROeWtHi4PPzEmjyfYrptb4Wx0dUgK1ocwWOChg6bmSnGHz3zoGVe2m85R1h6fRE EGVt3i+OsB6f967tVlxpx0+gdHT+2lt+0/1m1sRJEy6rKMabIv29l3C3ENV+9NtZDt+MU2Nc em7LGzK1om+3Olo6IgHt/++51ONsC9NET4s3d80NtYmOayFqFl/ammd8Xq7tecQwzEm/F9Gy Rq3wLbY49lwEtNqYThRbXNvJiQ0qQOg4iuK5NgpXQwKBwFSimOsqrKlKrw/FC0VsoaJY8oP4 sMZkscmxJEAC2whMJYrblnK82agAH29ljJgEjkuAojgwdxTFgfDpmgQKBCiKA0uDojgQPl2T AEVxvhqgKGI5ISeME0e1IcBOsQ1HlxVudh1beENLH8kRJNCGAEWxDUeXFYoiho2cME4c1YYA RbENR5eVs232uKtrubaWtlyJ4qSlCFAUB6b7jJsdEcbc/ag1FmfkNLDs6FohQFEcWCJn3Ozx mlqtr5Wdgamm6wMRoCgOTNYZNzsiiuwUBxYdXasEKIoqon4DVhVFK9EzcrIy4Pj9CFAU92P9 w9PZNnvcAcpiW9xOk9ocmC66XoQARXFgos8migNR0jUJNCNAUWyG0m6Iomhnxhkk0JsARbE3 4Yr93BsOA8OhaxJYjkDpTb/pvnl7ucxwwSRAAlMR+AN7LgzssOA1nQAAAABJRU5ErkJg gg==</item> <item item-id="15">iVBORw0KGgoAAAANSUhEUgAAADUAAAAmCAYAAABkpNNFAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA ASZJREFUaEPtmIsOgyAMRd3/f7RTIwRKH5SIeAkkS/ZgY6e3vQV++zG22cYJNdvYZgO6Mm9B gUQARqnDy8SQnp+FB1T6SVDp++E5vFIcLARUVICkYJp2mWIItS9B3RuHAuHzStH0sl5DGIUF AVlT00FRIyj6EelPobjYmnI1OqUpjjIhFxRtdGkXHwXArdsMFaVGUMrd6AwoLZV7qVso5W50 lUpJRd8DLINqss9KKO+f15zPdMV0sZ5QSymvrGR+TD9TUqbR0WbI2mun9NS4P7+hbRFtQbVE 7YnvcGmupT6MUpYzZy7+RCTf+A3ugkVaF06pmm0XFFTtqQAKqvZkAAkl3SKpJ983Ct+7BnvB IuxWIJSy+lRh996IIcyHUMobyAXljdio+X95IeKoE+purgAAAABJRU5ErkJggg==</item> <item item-id="16">iVBORw0KGgoAAAANSUhEUgAAADsAAAARCAYAAABjEtTjAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA ANBJREFUWEflVkkOgCAM1P8/WsGIKXUKXfRA2sQLQpnpdGE/im1ZrJLNYlsWolcGpyRbyrbW 7vUhm/33BA35jNyD8FN/HTMNWQ+p0RkeXCnY2nvR+bb2Int35873s1lQXQtEypi2HiXasEsB /IysF+jXgUT+flO2q5FJH6BKeIPFs4X64cShsjSV0eFI2mrAWWpc42+obISsR1kKOKowqtff yFpVH3VPqy/UXDvhaCfko4en8Gw0WcHN5qxVZWlGQ2WtYFfbn/O5uJpKHryplD0BNJxnUW5w TN4AAAAASUVORK5CYII=</item> <item item-id="17">iVBORw0KGgoAAAANSUhEUgAAADcAAAARCAYAAAB5LjRtAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA AK9JREFUSEvtleEOgCAIhO39H7rUlQMGMYrhZLK1fkjFd+flcdYqWavBZa2SFazvyA3nrECN eMt5v6ylPQvX7W+3TkP6KdAfQG4UKNqycPdfHvE9Qo07XIWLtFFSyWqkl3MmOLqXkb1KNtA+ V/I0BY4qAYf4kgvJUU84ODM3L8qcBKTBzXIuBM6SuynOaZnj3NMcfdua0jmnxYE75+gzo8ei +mq94edcpEAbLlJtz29dOriDJyuIeN8AAAAASUVORK5CYII=</item> <item item-id="18">iVBORw0KGgoAAAANSUhEUgAAARMAAAA6CAYAAACTfb3yAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA BoJJREFUeF7tnDtSZDEMRWcWyD5YBEtgBWyAnJyYlJSQkIwdMKirzLiNP1ey7Gd3366iiuq2 JfnIvk/v579f358//JAACZBALwERE35IgARIoJfAn14D7E8CJEACpzMcYiABEiABDwIUEw+K Dja+T1fl2tWZpfBd+r2DO5ogAXcCFBN3pHaDOdGgkNh5sudcAhSTubyr3krVyUIhMhQSKBKg mCw0OUIVElcjrEwWShBDqR8MyWcdAjkRoZiskx9GUifAymShGUIxWSgZDEVNgGKiRjauQ+lu zjiPtEwCfgQoJn4suy3xbk43Qho4kADF5ED4sevSMyW8ZrJIghhGkwDFpImIDUiABBACFBOE EtuQAAk0CVBMmojYgARIACFAMUEosQ0JkECTAMWkieiyGry9vV3WgDiawwikc4liclgq5jv+ /Pz82llMeGdr/pwJHnPsX19fzwKimByQn9vb29N2A9Y/a8jPz8/Wrof3o5Acm4IS/3hOUUwO yNHHx8fXzc3NSUzkf+QjFUXog7TPtXl8fLR2PbwfxeTwFPzab0cienp6+gmMYnJQjkQcZIGI QMjpB/KRstK6qES04sQj/lZpYx3zKvFfShy5PEhlEg6IP2KSewJz1Z2+jphcI1i8vLycxOHu 7g6eb9axiy/5iz9WW3CwTg21cY7IldNQuszUOKRj1jJD50VqVw6K4drJWWWyw7shAVpXVpSd cy/gKU0Um8uph9h/eHjwMpm1I1XJ+/v7/5I0s03k0AA6jGsWxshcdQzBpWuJQ/x9r5C21lca g8ypUPFuJyaSFc3kamXRYsvSpxaHVCZic+RpyP39/ZmYeHNsce75vYd3T9+emEf0RcQk+O0Z d6sCiscmpzgyt07zqVXelJS+pWAITOuAQ7+jYrDGXWMS7vCkt9sQjkgbsZ9+PDnmYigdJWtH z9xvPbwtfeMYrHMsx9YSSyoOufU4klk6/twYwmn6LzGpgfQOOgalSSAyQGSBWY7OPROiFpPl Dg86xtI4PTmWhCr1XTo41dpZmVv6xSJgmR+hT8w2/V+Tt5aY1HJr8RPby/GrfWeuTDzKqd7B WmPICRd6BKpNUMvkjRlY7vCgDJGJoY3fwqIlJmicyMHHEh+yeJF5F/su/d86Kyj5qTFEYmuJ ZG0tLC8mpcVdWigIzJ5FhvpFfWjaWe7wIPbRRYrYQtqUFjKSO4+KSSuMpcrKakcrJjWmLWZI bpGcIULqLiaI0mqC17ZFjm7oJLC0Q/toxxXaywUt7wfMkAkX2tSOTOiY0MWEtNPy7p2f8fit LJBxWVjmqgokt6iv1H5LyOL26udMRk04dLBxFRMGkn6Hlnqtci+2k1ZPaLzadnLtRPPcCWo/ NylyiybOL2q7VsmVJnpukZbyiOYpNx+0QpRbTFobpTkax4eyTeddbf7n5ivqp9Q3nSM5ez9z xuJM22dWe0RFZ8Vi8SNPwo4QEolFa1e7gCzj1fRZLR5N7JfStpSD7N0cZNAlgyUFmzkJdhcT Ob1B39VBchW3yT1nUrPhWYFqY60d/Txs0YaeQGkdywEw+5xJy0WtDE1LOKQ8avnT/r6zmMg1 klHPmAjH9AnYFlvP052WL/T3mQcmNKZraVdiX3wCthdM7LD0f68P5Gga2uwy+eRlqdHbA4hQ aXzkrmmMzB1t70lAHmcI73y5vjVMMdFPCFnkmjs3UlbKm8baj/TT+FmxMtGOme3HE8i+Nezh lmKioxi/14D2lOSFc1S0T2ineZnwiMpSOx62P57AkP1MPG+H9SBqXdfpse3dV3OHRSoLERIZ n/WFQPQ0p5ZLbwa0tzeBeFsL19OcvbHMjT68KVx7jqD0W8+F2nRPk7mjprdLIsANpRfIZtjD xCIk0ifel0Q7nJ03lNaOle3HEqCYjOVL6yRwtQR4mnO1qefAScCXAMXElyetkcDVEqCYXG3q OXAS8CVAMfHlSWskcLUEKCYTUj/q0fRdXheYgJguFiBAMZmUBO+FP0qgJuGgmwskQDGZlFRv MZGwR9ichINuLpAAxWRSUkfsD0IxmZQ8uoEIUEwgTP2NkLdwS0/ElrxTTPrzQgt+BCgmfiyr lkZc46CYTEoe3UAEKCYQpv5GrEz6GdLC2gQoJpPyM2J/EFYmk5JHNxABigmEqa/RiP1Bdtq3 pY8ee+9CgGKyS6YYJwksToBisniCGB4J7EKAYrJLphgnCSxOgGKyeIIYHgnsQuAfsiIrf2CW KMIAAAAASUVORK5CYII=</item> <item item-id="19" content-encoding="gzip">H4sIAAAAAAAA/2xSQW/TUAy2kzRJs3QplLUdhaVlBZYdUCl/4GmaAAkE0o5wGFkbtiFt7boI 7Zgbv4AzHPgJiDviP3FDxfZz4bIXOe+z/X22EzkGACTLySLBLr3D4uKgOD6dnXvAZ4+sPp1N bMyV2DOmnU1eH30oJqVE4J3oHXr7lyfzvdmVDb8hCyhw8I/4lqxP9pU6/6b7k/Pf53MBOhU4 rtxeuSiKruQMWWMu0DNm8ydA5daM+ULAeL6CWqDADxUEdWOcBKAMSYfu40dPIDLm8wuSh7Bm c98jyY0oBxBbYRU0jAFKmpiC6xZXsfRPjIl+kec3jfH+ECW5YQtNmzQ5Poeb1v0m7jlAy/Kq 5JbyWpa3obyW8gDa2r3W0fnbXQWdTUv+2GUyjuC29X+sfOiptnNHJ+9Rwbs6eU8m31KvLV6q Aq+vPdKBgv49bTYAcNEZj2Bbuw1W3YYq7t/XbkOq+EDrD6X+Q/28VD9vR3YkmY4Pjxf5/OTw /Wxxlpc14W7zqkl4Py9zuw479hKVrCevxAb/JcHsRfnV6eVTqWPXc5fsFa7WSM6SHsDd66Mv r4muigflIp8U433pD5kSU2wCZrhkhMjR5VYdHcxc0qboYuZRlRQ9IsGSQA0zpzKU8pnDskA4 BELmMLlOHJFHxBH5GnFEHhNH5A3msGpdOAQS5jBZp/8LAAD//wMA3ncePdUDAAA=</item> <item item-id="20">iVBORw0KGgoAAAANSUhEUgAAANYAAADnCAYAAABixagmAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA D5pJREFUeF7tnYty4zoORHf//6N3x3Y80ciS2GADEmmdpFJ17xgAwUY3QdKv//7vz89/+AEB EMhF4CEsfkAABHIR+E9uOKKBAAg8d4HAAAIgkI8AwsrHlIggQMeCAyBQgQAdqwJVYt4eAYR1 ewoAQAUCCKsCVWLeHgGEdXsKAEAFAgirAlVi3h4BhHV7CgBABQIIqwJVYt4eAYR1ewoAQAUC CKsCVWLeHoGvENaf1/s/3vrCHxikcsBZHb5GWA4Id/H9s/TcZar2PB8LtfPjeTsjJ/q6ICSm MnQohKWXx+UUwtKxnt4SYeklRFh/sHJB0OGe2xJh6fVzOUXH0rGe3hJh6SVEWHQsmS0IS4bK 3gXRsXSsp7dEWHoJ6Vh0LJktCEuGio71gMpdXXS457ZEWHr9XE6xFdSxnt4SYeklRFh0LJkt CEuGyt4F0bF0rKe3RFh6CelYdCyZLQhLhoqOxeVFgCy8CFcGi45Fx9LJgrB0rHh1O9ftKlvY CqpI+Zzi8kLHenpLhKWXkK0gW0GZLQhLhorLCy4vAmThjCWDRceiY+lkQVg6Vlxe+AdNGe3J DdkK6gWkY9GxZLYgLBkqzlicsQJkYSsog0XHomPpZEFYOlacsThjqWxhK6gi5XOKJ4h1rKe3 RFh6CdkKshWU2YKwZKi4vODyIkAWzlgyWHQsOpZOFoSlY3Wny4u9VcRdXWS0Ewwf9Xr/bYU7 erzSN2Fqp4ZwsFASdTk1zeXF+2t6tsk4xzSWZNgS19Hjlb4K0UaycbBQ53EbYR2dpVwQVLAd uy0yLMV19HilrzOnK3wdLCL5upyaY6n/QeRoK/i48Rr6d7EFXJPjsTfsFpbhOzRee9V0cIww hDOW/2ReZCXrtXVW2krf3vlc5edgEcmZjjXRraBzNqj0jRBuBFsHCzV/hDWRsF7nRG4FVXIf 2Tk4KuMjrMmE9SyquX9XiLF5e/p4HuuisXtzPvRrzaX1+EHw2wjrfd2+NWEXhJKit5bb0wf9 oymEJaPucmqqW8E9VFwQZLSzDI2V1EkBYenouZxCWDrWeZYIKwfLFo6tx9kKHtfBXV1yqixG MYotjrBr9lUdS8VRtVuh5nKKjuWyNerfWejoMF9/eaHiqNohrE/KuKtLBmnlGJ2FluMfbW++ 6fJCxVG1Q1gIq1dkbAV15NzFmq2gjnWOZecKmjH433cQX5hDxjyeMdQ5qHZ0LDpWLzkRlo4c Heu5eE3UeC/MFWEhLB0BhCVjhbBkqOzFeqKlfh8UOpZGGISl4fQ6wnnS8Lz1PEstXRBKk1sH Nwvm5IqwdPRcTiEsHescS4R1Lo6deCOshLadU2kxSmehxeiHZnQsHUWEhbBktvzzSbgXClxO +MhQzV+1W42FsBCWzFOEJUPF5UXGDY4Od4Jl5wqaMPLrjY7vnwvzyJgLr7xIQfE4iNu2T0hx CEIjLL3SLqe4FdSx9i0v7hJfI6wojlH7hOMFwvLlokfoKLAevG2JsNoY/e6UPWl43nqepZZu 2y5NbhkcYeVAHcUxak/HetUJYWl8pWNpOGVwio6lY+1bdqyc/qCLe5P192NdnE/33KJ5R+0T FmuE1V3dDseOAneMsuvy8VWpF+fTPbdo3lF7hMVWMEJOhKWj5R4v6Fg61r5lx8rpD8pWUH4y eQE2wkpo25nkPYyFsHKgjuIYtU/gFB0rp9RalI4Ca4E1K7aCGk6lt4JbX0Jw9MUEesr5lm7b zs9oJyLCyoE6imPUvrpjzfLNHghL4ysdS8OptGPtBR+RxCPmtFnCjpVTp0Lb8kNYryK3HUez iOYctadjvSqOsDTmIywNpwxOHS5XyzPVqOerDBB0uE3LjpXTHPEfd4Slo+ku1k1hrVNxB9Sn pluOmBNbQb1+YcvoAhW1T9gFIaxwVTsdOorbOdKu21d0rF4cg37uYm0J6709vHo75oKQTeAR u9WzRusX4b4Kd8r00wbpzTfo53JqF1X1eawRxOWCkFb0o0DBwlbkhLB0VF1O2cvVMgE3GX3a /1peNW4oX4QVgmt/P9tJ2SD+Lqc6s/ydNsIS+RIsrBg1ZLbZsWbbDvbiGPS7VFjr7eJyWxiq uGnsgmAOr7kHC6sFjVkhLB0vl1N2x9JTrbN0QajLbBEZYeXA3Itj0M/lFMLKKXc7SrCw7YBx CzqWjhnC+oOVC4IOt2GJsAzwEjp/EH+XU3SsnHK3owQL2w4Yt6Bj6ZghLDqWzBaEJUNl74Lo WDrWniUdy8Pv7d2LY9Avv2M9Eqj+W0GsvnJ+z84FIafijSjBwlbktNexluXeGrf1eEWuuzF7 cQz6uZy6vGOtJ7A3oaOJuiCcQoxgYSty2hLW1hq6HLv1eEWehzF7cQz6uZyaSlg9oju98HsD BgtbkfdaWEcbk8f4rccrcmzG7MUx6HcbYf1usT/XgucWceDfB0OH/D3Y9T9zPjoVXDAjB8ew b1CI6wVhmo717/bk37Td1aW5SroGZpHc4f8uSqu3jbQ6UuvxrLzkOC6OAX+XUwhLrqphGCio MUrTdfozlotjwB9hPc8Cl68Px6QeJL/pbwVdHAP+LqcuZ6R6K9g6YzWX6ysNAgWtTHP3CWJ1 0Kvn4Y4f8J9eWK/bp8dB+fW3dZZqPc/lgqDyqtsuUNDuMQRHhKX3EZdT9lvzhXqWm7ggnJBg +RDKAAhrAGG9O8m6YCOSeMScVq1X4X25DcJCWCGSISwNLoSFsDSm/FghLA0uhDWQsJYXB1sX DFpJa60QloYvwhpIWJyxNNIeWnErmADi8/rYixPwdxdr65NwvVnmebsg5GWyEylQ0Mpc7I71 utGqTPE4tjt2wN/llCWs5dbQTcSp1pVjS3kHCirF6zRCWPqi4HLKfh5rBHG5IHTyVHdDWDpW R5YujgF/l1O6hHd3Ob8h3GR60b9qXDnfQEHlmB2GdCyd7i6n9JEQVgeVLz6TrDKeWlhZi5MY 51JhrV/Dd9V1vAtCn2JEL7GQYjTLDGHpC53LKbtjWZVOcnZBSEpjOwzCyoE3C0cxjssphJVT 9v0oYiGr03jEp2PRsUI8c1eX0GBR428T1lOhF6zHWWOKcVxOHVy3/35Kzx6XHjm+/xybKFfX 9i4I7viH/mIhS3P4CZ7SsRCWVKpNYS0FsyecLBspy4YRwtJQRFh6t3U59SGsLcGsxZVlo9Gh beWC0B7BsKBjGeAtXLNwFOO4nEJYOWW/z+UFW0GJMQhLgskwEldIYwTZla3ghVvB94K03u59 Xhh8fgRxj43MigNDt21n5LAbA2HlwJuFoxjH5RS3gjllZys4C45XC6sap8z47uqSmctHLLGQ pTn8BE/bCl5xzsrCUYzjcuqCZ/ryKeSCkJ9RwW1WQpII6+IzVkINTw2BsDS4ERbC0pjy3uKI 7T0UNMt4oNwQFsIK0XrYjjWQqJ7HotXX+IRAXhufObfssYR4Lqc4Y1nsajgLBawc/kMLCOsF iVAXhPXEadD1YbC86Fh/zw7N9czl1KCMbM77HwMXhNhoAWuEFQDrwDQbRyGeyymElVP67ShC ASuHL90KiluqlPll4yjEQ1hsBWXupm4FEdYh7nQsmZYdhsLK2BG12wVhccYKkcdt26HBIsYI K4LWvm02jkI8l1N0rJzSc8aaCUeEpVXLXV20UTqshAJ2RO12YSvIVjBEHoSlwYWwEJbGlL84 DbqjpWOF6rhrnI2jEM9drAdlZKweLgix0QLWQgED0WzT9I71yOiMOWaPIcRzOYWwbLoeBBAK WDn8OjbCYisY4pu7uoQGixgjrAha+7bZOArxXE7RsXJKvx1FKGDl8HSsHXSFuiCs5zZ/wPVh wJym3ApW4diI63JqQEbG13AXhPiIgkcVIYSh90wQ1gIZhNVmEsJqY/S8wMt8o+N7yOoFpCo+ wmqTBmG1MUJYK4wQ1guQh3jefx+H8p+vE9r79y0MH//2/tui5dHjjq8mgRqrio7lYOH4Ogip 41pjOM5n+a470uf/f4pkCd5aQEePvUS8//HZju9ZeJ11xnKwcHwdHCPjWuM4zmf5RoS1BZz6 b3uiUvxbvmdhdTROZsc6wqSFhePr4Bgd1xrLcT7L9zRhPbeb2x2r9e8Px0Ob59XBF/0e4NTE wvF1MAyO6/B7iuv204S1sw1siep9hmutiE6hMnzpWPuL5laXdTD/OmG9wag6J0X26EeXI07R en0zhdU6i7YevwrHyLi9OD/n7jif5at2rHU+VTd76q3Su5OdhVNrnGxhrcWzNX5VDVpzPTxr ijfC1hiO81m+bWFNsT6cBdfuOBXCunxSRQm4z41Ow8jj57GmmUYRDbSwCEvD6dWJPU553nqe pZYuCKXJDRQcYenFcDmFsHSsp7dEWHoJEVZC29bhntsSYen1Q1gIS2YLwpKh4oyVcdDU4Z7b EmHp9aNj0bFktiAsGSo6Fh0rQJY5Xg+gT6jQko5Fx5LpRceSoaJj0bECZKFjyWDRsehYOlkQ lo4Vr7zwX34ioz25IVtBvYB0LDqWzBaEJUPFGYszVoAsbAVlsOhYdCydLAhLx4ozFmcslS1s BVWkfE7x6nYd6+ktEZZeQraCbAVltiAsGSouL7i8CJCFM5YMFh2LjqWTBWHpWHF54R80ZbQn N2QrqBeQjkXHktmCsGSoOGNxxgqQha2gDBYdi46lkwVh6VhxxuKMpbKFraCKlM8pniDWsZ7e EmHpJWQryFZQZgvCkqHi8oLLiwBZOGPJYNGxfjrW8rPd+e/f72sGi34sZBVuGH7FGcsBAF8Q qEAAYVWgSszbI4Cwbk8BAKhAAGFVoErM2yOAsG5PAQCoQABhVaBKzNsj8BXCOvoa1dtXeOcJ dDD7ZMYeJj1YTS+s1hd/311Yb1IscQCzbVFtYdSLFcK6gfJa5HBfZfCNEL4xaWG3N3eE9Y2s WM2pRQ6Etd/BWtghrBsIaLfIq/cW9ZLlThDSsRqkuRMZEFZOtZcLT+8ixFYwpxZDR2mRg63g b/mysEJYQ0siJ7kssuRkM26UrU7Vwu5rz1iPifU8zzBueXMzy3xuJjezsaJtvb3mnWEPv6bv WGOVh2xA4IUAwoIJIFCAAMIqAJWQIICw4AAIFCCAsApAJSQIICw4AAIFCCCsAlAJCQIICw6A QAECCKsAVEKCAMKCAyBQgADCKgCVkCCAsOAACBQggLAKQCUkCCAsOAACBQggrAJQRw25/MQm 3txYWyWEVYvvcNER1zklQVjn4DzMKEef5zBMkl+QCML6giJGpoCwImj12yKsfuym9ERY55QN YZ2D8xCjrD+7Yevjp4dI9AuSQFhfUESmMB4CCGu8mpDRFyCAsL6giExhPAQQ1ng1IaMvQOD/ SxkVqWCtLrcAAAAASUVORK5CYII=</item> <item item-id="21" content-encoding="gzip">H4sIAAAAAAAA/2xSy27TUBCd63dcp05Jm6QE6qQttO4ChYCQ2I2qChYgIXUJEsUkbtOikuBa VXdY/ANrNiz4AMQe8Rv8Cgpz506ABY7GPjNzzjyiiQBAkWVkIWOb3kH+7jA/OZ2+dUA/+2S1 8XRkYjbHHmva+ejZ67N8VHIEXrHeord3MZntT69M+DmZT4HDP8QXYLp+IftJ9t766+unkDyA ZfPXKYs873AOyeozhg7i+neAynYRPxFAxxPg+gK8QIBfQ7RigMsAwFXO4M69hxAifnwC8CGA JZP8Gkry7gMqHxlp5dcRgbIYUXDZ4CriCWLE8Ad5XgPR+UWUeMVUGjdodjWBa8b9zO4bgKbh VfGq8JqGtya8pvAAWtLdbcsGrY6A9rqs0tFkNYDrxv+28KEr2vYNmbxLBW/K5F2efEO8FnuJ CJye9Ej6Anqb0qwPYCtrOIAt6dZfdNsWce+WyZTbnBnCbflXjX+f+uzImomsucvXEo+HRydF NpscHU+L86x0eaYtfXQcPsjKzBzGrvmwig9VH8ca2Spj7YXZ1enFI65jDnVPb6uEG3JoTj9Q ey8XUfg3+vQ/0UVxvyyyUT484P6QCjFRDVCpmmukVErJ+UZNWSq1SZsoW6UOVUmUQySYE3CJ VCGlPM3RMp85BALN0eSaLqTlIXFYvkQclkfEYXmdmxFYZg6BWHM0Wab/DQAA//8DADxJEVnf AwAA</item> <item item-id="22">iVBORw0KGgoAAAANSUhEUgAAANwAAADXCAYAAABxnT9CAAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA E/JJREFUeF7tnYGy6ygORN/+/0fv3Dixg7FALQmDCf2mXtXOBhlo6UgC59753////vzjHypA Bfoo8AKOf6gAFeijwL8+03AWKkAFtm6SMlABKtBPAQLXT2vORAVY4RgDVKCnAqxwPdXmXMsr QOCWDwEK0FMBAtdTbc61vAIEbvkQoAA9FSBwPdXmXMsrQOCWDwEK0FMBAtdTbc61vAIEbvkQ oAA9FSBwPdXmXMsr8NPA/fvb3ffvv9ePIfEvNQjHQCRrLAQcLtMflvjgbCRtcemm1OqVwQN/ YtaBiXuYniucYcaIqAHbKQNwteQU8O8rAgmcxGFE1IAtgcOT4jCtAv5dCjjcla80dD7rWW3T 8a9zI/pnWBAF8u5yazb4U8zlaDDMOG5vKa1rzyHxQrNf0qDzLxe8M4JO4Crh7BQnD3wPcLuN xxYF9FRJZwzeGdfsjKndV3i/44mC0TZOcQgc7rjlqrIzppYAzq1NZmipUvv57xDYsIjlgpcV Ds9sM4w0xPp5O4mhCbbtvuXcNFjsCRweVcO0cgfVe28/3VJuwe4R6GNjgSWtaNI3WpBQGhZE gTBYbs2eeEqcT+AEEl5BlMJmAa/F+Q+BMx+zXOCPShIErhye3grnrVDvloEtJZowpkwSBO4G 4EZlT86LsnpJbLChkBRNtgSuDpxLH5fRZx0B2ykz/mpJIuDfJS5NXPq4jAicpVJI7bfFflhy isQGbykLLo6IGrAdFkSrVanIfgP+XaLCeV4LMPDxWrOcVgSOlybTtmeRSjPKlsAROAKHV+Sw VgSOt5ThIBpVLWacl8AROALHCmdT4KbR3m+aeC5aji0EMuByFxCscDdF/qDHeoFj4OMOW06r QELla4HSa7gZMy/XDGeJUJIgcLyl5BkOZm0bSOBsesGjv79XBDZ5D4xksYBtKBBY4WAnh3QO +HeNltLDT0TUgG0oEAgcgYMVuGng8YOjVgis49P1B2wJHB4Iw7QK+HeZCmdtEYc5k1UKJm6Y jwiccmniOJMNcyaBI3CwAg8c6G0pCRzuzOW0YoXTK5xZI7NBsoaA7XLBO2NFD/h3mTOcWSOz AYHDa+J35JQJJhIb2zvAH/7jbSmtlywnCQMOmTIAAyE05X4D/l2mwlkBmjIQVgv8UfslcPoZ jsDV2xgmGLzNs/xSYOmpbCkFVRiAhgAcVWlGzcsKp1c4s0ZmA16a4Ijy0sSj1RQ2/PIy5iZW dEyn93coYk1hzBpf55CRvKXEZCdwmE4ETtHplI0MmYkBaAjAUWepUfMa4mjdS5N3aoKjiMDB UsV+mHMUNJF5DXFE4MA4InCgUK88FgneGW0JnH5LaSxwpmp4mT3gkOWCl8DhmW2Gkef/iqlh xQFoLK1rviICh/tomFaR2Ng6gh/+4700iUATsR0WRIEwWG7NBA5rKS0gLBdEBA4uO3wPV5HK W+EIHBx/vDTBpdpGsqUUBCNweBQtp9Uvt5SvCrX/LYVAbQwvTTBwloMmUGd+tqXMNyZtVBtD 4Aic/PLZ39gtDdzlWj0r994znOWChe/hAsEbqTSjbH+1pdSql5i5BOBe7dLWMr3aU/5DBaIK ELgvelVIDULxTIO1ou9bN1Y4XK0H31JaK5x6xiNwxbhYDppIkjDEkXx+tODZcawFuNJBlpcm mMMIHKbTVtFXB+4M1bm9uQCHioWOkw+SuPeykQx8XLphWkVi4+kvvkvv2L6/OuH7nk56X3fJ RqhY6DgCxzMcniPq3zTRXjgb5xky3AvcsOwZOVvQFo6xkH8jyVircNF+FVbgpoEEDhM2FICr gU7gykFF4AicfFMYeJXRA7hZK931phMLQH7TBNSJ7+FwoT4jq6in57gZoSNwWDywpcR0uv21 gHTlPtNlirelZIUzBCDPcLhYlkuT2vsu04wdB3uBuyvjv9r//W/zs8VqgT9qvz3OcHkpnQW+ JwGXwlaC7i7QtRzHeTWFvp9Hj1bFM1z+0lk6z0Unx7fpG/kU4CTYJOgY+Lifh2l1Z4Urbb/0 DRBcrj4jn3JpQuBkfw+DJtKOjgJul/DJVY7AYYltysCPQBOx7Q2c1Gpibu0/yttS3nFLyTPc 1f9Tgt4buP7Y+Gf0AndXIPCW8uzLu3TWIiY0L4Eryyu2u4BgIYfU2pV97sIabptXiUDOqyHa 4ZYSX8JzRxI4zDcEDtMpfz2GWyXAeoxmsZGAAwrcPf/1nHRiVrgthKYEHQqgStc1CzyedRI4 TLUpAz9y0xixJXDtz3Ctbyk3HyWOKvmMgY8liKHVsTlwtbe0rT7DdQ2NfMoZLveRBzjecD7k hrM5cKEQf5bxU4C7VEzjGY7v8K5xNawbIHDtW8rmzgRLnDQvvxYm+7e5j8BaEf1mlf9nzcEF jhz2mEsTKSsK/x+Bw6OFwOFadRv5COCKB7ZrriNweGgQOFyrbiO9Z7iWt5QG3orvpXiG4xmu GzSRibzAtcyeLYDbrsH50+KnUGjpI0uM8QxXUWs4cLUbLfAMt2/vGG684USCaUTwaglEW/eI Nb8TX+zaI2atqTL4cwKHOaB38CItsrby3mv+Jr4YMuqvWNA2/uTPh1+aNKxwx7ly8gqHvubQ 4urngGtRPjXR7v68CJzWFmif1xae2t4AnOdbKprOPYOXwFnPQJr3HvR5sd/WgNI+B4BDHnF5 H176Um0y8EnAec5hBA4ALnpQHMWgF7gWGf8u4EqvLFqs2eKnyDksYnucpSLf+I/YIo6tMVVP 1n9u/EwwI3QjgYPe5WXOK0Fz8bHxhlMDyQpriyrlqY7pPqxrbmZ7N3D57cz+S4Q0Jz7h82HA oU5ZGLhXQtqgQbXKAmoZ4Ga6TCkBp/pYHVDtw/EgAoFDftqgZwBGK9y+bQKXZ5HTYf37BiEN 5Ce3mr2B2+R6ZW70VY0TOOn5PYF7J93rX7SrSYGDtfr1Cif9/sn8PPdk2KqVWPOy9rkQWXsA 7sAhj8jHiNBI5zUB6N7A5dChsJ1+8v3VVKLJ6QHAHT6GN3sd6NpuDmNg/ltNe53hvC0WApwY kBKEkZs3h+1RzXdblJy0a7LaJtHSO8GkPo4ErRu4/DIlsoi7bJ8O3LZvKQDTwJI89BTgXsu3 QjMhcHlCjcSrGTip1Yws4E7bXwCu2HOh5z9AYFe1+My/20IFrrRmyPi8EdeaP4+w2g4FDvDf Y4b0vDTxnOGQCjcVcAo4pRbawVvX32lJ4ECkewJ3dId/3jEFUK2lrDwIOf+BMtmDt7TmCHAm 0fr/EtmhZzjUkaPHeVtKGzHfXe4XCZZ9p3F2aXV+CTjt3Lk6cAjRrcZYAtQy1guctcc/1vSq bsYbvxpw1RgcdIbLkwqcJGYGLq3oxsSQx6t4aZL3rNIcrcZYALKOnQG42i1lK+C0xGhJEmor W1r0rMDlia01cBJI+//3fRUgf9PglK2FbyLkz7ECJI2vvROsvpivtWvGKhWpcOnFCVwtstcJ 278W1gwlRst+gcp6gbJwF35aszGQLUniWmXAy3kpSRjXqVa4GnD7XK2gjAKXA6X9ezqfpXrA 6/RmlM9izAGYtjoCNIifarBe9q1VqTQjJ8bFopet2RLLSIIp+Q2xLRdqENbC5BdrxEmtxsCB XFq8Uu5rFe4O4LZnWqImC1ArcKeO4qnAGToJVLo0/vIkmsem2BWBWpU6qkjcTn2G0yra1m4W /tl/PET6vPZZ+Ymf1wGVOYu2r/Y7+wdag2B3ek6lra/uw6HZ5Xnp3EUvnK3gPef7+nwns1gI tPktOqFZAa1w0jmtWJqV35W4HzW8nZaWSRDg5Cz1PYOiGVBby34W85wtjlY9ybyQX5WWMte/ 5AdkzWhbiM4ptrLKpmudFdJ1HbEttLIl+8sZDHJMOVpiDSkUhfcN8gAnCXsR1XKJUGsL0a1/ nJgGPuRXALhL0hMe3BK4SOBr7TiBQwPqpnFW4NBgQALwsiUBGnjbuS1E2/m8WFxz9izp0dB+ C2vKbVGNxQq3Z4dSO6bcfIvJFEwwSCJ+Ly9Wo2LWcETdM/Au4LRMK+7m6AsdknqBSwIUBW5v fdM9qMBVgqw1cFo8a2Ckn2fNx7H1U2ud/Itky5YyU8DyHg7OvprXBeIOE4ftHglH8BqecXBe uHkTk0de9YB3eKWUKcGqQVE6SykF7m3293AEDKkDQddVKw9LVzitbkriQKIbAv6SRR22e6Dd AlyRlORXZkSuyRvDWu0uEm3VqnxJzPqXNbR4Wr6l1ASq/bTAqa3IndP70uSduI9vi5iYzdvR U6+otLcFW7gTeK3bo9VnjaY2+KNRrTrWKxOB03gJf66W/0Jku4KoFvjITl6t0id4ewGXg5VW 6xJ0+VZcWnmAA9vgWkFH98SWEglYYUw34AKtzrHsHTgTbd+0fwl84Dm1SoYGZxfghL145oWO E0qsqTGl2TtjeQozTZxiTALBehIgHW+1TcrKFkRW+1JlVZ6jtY1ocHoCX2sLL0tvBNz7DFb/ 0oMW2FpMqfbagJk/18RpBdzpOVZgosDtQWT8looGHBqcdwG3r6+UgO6YF4l1Laa0ZzheGmmP fM7nqjglOIzQtABuCzBPhbsROMSTrQN/ZGWF9muMjeuZF5ll0jEqcHsaz/ZnDqIGZ7hQq7Of /5JqibgMDe7as8xaJQ9r/dIc2fPm8sjNKoEryzwLcOHAT4EzBkQI9GjwRr5EHIEmYmvUlxXu osC1qzZnwECFQ85SauYOABfO+JHgJXCqa6cagFQ4MWFZs1g63mhL4M4hhVZ7c1KstLKWoEZi qt6CW2abbCwiThS4i/0A4J7UFlpCpAQNsh8CZ1G601gEuG0pOSQGaKLA7dPnmR2VCK0IvS4+ 0HU/qZU1rdkQG9Jz134tsCuSiWjKnhHbtM1xvJBt0o42vvgwBW/D81+3eQlc8JZSqHAjgPNk fAJnwew71uTfbAq4ayosjRVO6igtmbdRhSNwNnhC0Fj8S+Bwx6DZKHQOC5z/8p14gohnODwe jhMEgbOLhligwI2+NIkGAnKrx0sTtpQIM6ExMHD5Oc5wMA5Vx7xdiWRe2sKx4ukkvvdrsVNY zBre4piBXuBghwhgwraCJLTF42SYVoZkLO2GwH1T16EP7EwCF/si8IxVmcCVs6Klwp2+nYUG AoEjcHhR3kaywn0EO7GDZjFpHGrLlnJOWAP+JXCXe/lP/gFFFYeBtnJ/789/cBtM0GOgB/xL 4Ajcp80h6GhnaDmm8NJEU/WTveBqwTNcrFoETjSwj1pXdFa4Npcm71T/zvSQMwvCQ7aFJdNW y4jfz4dpReDaAbdrCTmTwOHJ6ZcSDIFrDNz+PSkt2ZaEDzgEAv2XgpctpRZlc33uOuCCwBW5 InBwkEyZYAL+5S2leI2E/fZjAvcWb0poIpWVwLVrKfeLEyiIeIYjcHAtTy97HEazmHhbSgKH exjS6pfOnaxwbSvcfoRTdWWFY4XD89Ix0v8VA8dkvU2sFe64L/n7H6W7ExVIldRKgoicLWgL h1eoKgf8y0uTxEUnkBLgUn3TMcXLzIBDQoFA4AgcrMBNAy0VrgacBFqx0hE42JtTJpiAf1nh ChUuB2wTKvm9kdLn+6OmDCJWRzxJELh2lya1lpHAyTovl2AIXDvg8kqWPxk5wy0XgKtVRwLX Frj3XXf58pa3lGe9l0swBK4vcGqzH3DIcsE7Y3UM+JeXJiV6IqIGbAmcms6SF8j+V8ghnQP+ JXAF/4YcMmPW5pph0i2vmqSH+tMEvMRxA73iEDjcZ8tp9asV7gXL/rfc+dXHEDgMnOWgiVT0 XwQuB0UCxzMGC7/6LaX6jIBDGPiqujzD4RLhIxGYru/Irt2xt8LVXguouyBwqkT7gCkTTMC/ wy9N0rYxbR9bAifNof1/L+C0MaXPI7beOWnn95dHOzijCAMfeWnSCriIMLSlAnco8BPAuVvH OxTlM6lARYHpgSNsjO+ZFJgauBQ2gjdT2K271kcCt93mFN7D7WCVLlzWdSV3PoMCjwVuBvG4 RipgVeCngUO+rSIJ5rVD3g0iDtK+YdNqzaUvFCDzt7ZN91Q7HmifaZ9LPtL2W+u2NNvLfEgA zDjG82phb2VR59d0sTpif5bnLOrZq7Q+9DmtbXO9SxrUNNV08665pAmqFYEzZg/NkaVqI8Gr Te2ZK5IktKCxVgs0UdWA0nQrVVZNW0QnRP99jKZdaT0/21J6BWnRFpacolXEPSgQx5fWabHV NJoBuFRrbe81WDXbvAPRtCNwzu/AoY6QWkKLbd7yWGy97agWND2BS+eyzGvRTausliqpaUfg HMBZg97rBKTd0YIhUlVLwFoCH20nkb1a5rVoHq1wtaSAxgpbykIkowJKB/496+bZF2kpPdXK EnQ1MCzPiVQLaZ5cM/T5kTX3sj1prmXOWT+3iFk7t3nA6wkNUjGK7U1W9S2a1aqF5+IDrZDa Gu+ojlJl09axXEuZXkBYoEEzLZKILPN615vCba2o0vh0/zVQc1tUN/T50twlW/SZnv3W9oXM e0nmSOBwDBWgAm0U+NkzXBt5+BQq0FYBAtdWTz6NClQVIHAMECrQUQEC11FsTkUFCBxjgAp0 VIDAdRSbU1EBAscYoAIdFSBwHcXmVFSAwDEGqEBHBQhcR7E5FRUgcIwB9b9SRInaKUDg2mk5 9ZOsX7SeerMDF0/gBor/pKkJXB9vELg+Oj9+lh04y4/4PH5TD1wggXugU0YsKQVuxPyrzEng VvG0sk9Wtj6BQOD66Pz4WVjh+riIwPXR+fGzSL+34/GLnnCBBG5Cp7Vecv67Odhetlb4+zwC d5+2fDIVuChA4BgUVKCjAgSuo9icigoQOMYAFeiowH/1WS4YvwQCdQAAAABJRU5ErkJg gg==</item> <item item-id="23" content-encoding="gzip">H4sIAAAAAAAA/2xTTW/TQBCd9Xdcpw4tJCmBOkkDxAkNSQH1uqoqqFQEUo5wKCYxbZHShMRC PVr8B85cOPADEHfEDfGXUJidnQAHHK3zZva9mefxOgAAgSvB5RM28e6lb4fp6fn0wgJ1HeAq jKcjnTMp91jRJqNnr96ko4wy8JL0Bt6dxdnsYHqp089xuZgY/iG+UFrkfcbOQyw3Nf7G6loA uwLDpH8rm6dplfYkruKMoCXl1jeA3LSl/IhAWg4D22XgeAzcgpRGCJB5qBPmoPcQfCk/HAO8 92BN733BATjC7vcG+/tYPtDS3C1KCbgtA0yua5wH5CCU0v+OkVOS0vqFlPCKLjUuAZjG0Qw2 dPwJY0NMADY1MQ+vMnFTbRzBNeZReKFql7m9XeFHKFcZVLY0+V1VkUUfruv46yqGGmsrN9h6 DQveZOs1sr7NUZmiiAVWnXtEDQb1ppTODzwDjR2eYJO6PICWlPZP1DRv8UYLn1kYgz7c5nm2 iHkf3+UddthYOWxzw3rMDtvoosOe2uSpy8ON7vKounqGu9pQ3u1xflfP7B6PkMJjVaFPhzEc 752czpPZ2cnr6XySZDZV31FnmtKHSZboc6f7AqnoOxBM3CCsIj+5PF88ojr6O+ioQyGY61Fq iT8QnaerLPybffKf7Kq4m82TUbp3SP0hZmIkSiBisVRIIEDRdkEYIjZRGwlTxBZWiYSl9pYI bBEbucQtR3GUzCUOAk/rI1FADsl95JB8DTkkD5BD8qLiKNU6cRCEiqPI7P43AAAA//8DAHSB F2M+BAAA</item> <item item-id="24">iVBORw0KGgoAAAANSUhEUgAAAUoAAADHCAYAAAB/cBq3AAAAAXNSR0IArs4c6QAAAARnQU1B AACxjwv8YQUAAAAgY0hSTQAAeiYAAICEAAD6AAAAgOgAAHUwAADqYAAAOpgAABdwnLpRPAAA FvRJREFUeF7tnYuS2zoORHf//6N344c8skQSDwICbZ/cSqVuTBJgA2g2IY3z3//9+/UffoEA CIAACPQRuBElv0AABEAABPoI/AdwQAAEQAAExghAlGQICIAACAgIQJSkCAiAAAhAlOQACIAA CMwhgKKcw4/ZIAACP4AARPkDQWaLIAACcwhAlHP4MRsEQOAHEIAofyDIbBEEQGAOAYhyDj9m gwAI/AACEOUPBJktggAIzCEAUc7hx2wQAIEfQACi/IEgs0UQAIE5BCDKOfyYDQIg8AMIfDRR /vtOpNtXxPEbDMgBcuCVAxm8/fFEmQGKds1/FK0dmjau2odq+zdg8QEMtgK7CaeMXzmrZnja WDMLFK37FCgF+irQ4kOTXHxEIosTIEotK7aIurg4VlBTFOizQItzgThAlF0qyzo9tNxJcqIo UZR/1bJEPXD1PtMXRFlPVEsUR7GaQ9mvoaq5enckHkQJUa5AUiv4wIHF1Zur96AXUF0g1fZX IKkVfCAOECVECVEO28aQRP3NYoXDgqs3V+/+YVHcn4Ok1ujPEQcUJYoSRYmiFF7FgCghSogS ooQoIUoBAYgSooQoIUqIEqJUIdAYxOtB9U18rnz0KLfSXCIXeOH8zJQQJUS5zNNWHqqt8eUk ECVE2VLe1ad4tX2Icg1Fu0wcIEqIEqJsN2kg6/qbBUTpbSBeMI+rd32BQFJrKLryONyU3Pb7 gtrvmcjiBL5mbSKo5cn5z/dqH6rtL6NkfrlH+STIey4UkyVEyVPvJqVXE1W1fYiyWNHuiPGV C4VkCVFClHlEOXFtgiiLieqZFSVxOBDimw9JD1WkCyBECVHmEOU+2R2EWVKgByTwoagFcyDD E1EWkCVECVHGE2XvimRIcEjqRxVlI3dOuWDII0kpaj+HKCHKHKLsPz5U5SZE+cNEKSn7gl4l RAlRxhKllMTS55W9MalAVRQfO6j6wLjcfkMtNn24WFX+NFH2Np8FiraELk/O1mFhfC3F1Ibc XvsYvPXRw8BkZyNdx9slHjva+FrGVefCFfbfsFYS5dXxyeKE5d+jvG0couyXrKVA9kmrFIyv 1+J6Cd+yn2HnDYEGgWv3YyE/y1hLHCzrasdm29fE9OiDZo52f9pxP0uUN4AgynmibCWtRC6a OZrieNnpLCjaaQwQ52grK2hcNlFJbmba12K990E7R9qX9XOIstOjvAWH/xQI7K61oyT+is/I iFgEonMn1rv31ZJ6ostfvVGU4zNVqyQ8J7xmjklRdraisXOc6pljVSeW8do4WNa0jM20r8Ua RWmJWMJYrt7zV+/HgXP+LYVLmtN6d06a07J51Rxpv97PM4lK41O2fU18NIemZi8zY7h6d67e M6DOzs1OTo1/Vh96D2VGtt7mHBqbL/uHhaftaDZ/IP/7SVD0yxqHaDevsC/FVHqwF73n9oGb kwM5qwYjgqKMUZSbqpwOT+8uNr2wb4GtQO88WUSWVxDV8DAzvibmQVqCdoTBVbH5WUW5vR7U AiALFG0SVRfHnfgsBfIvW6Vk1+59G2eyb11cOR6iNOaBEtfjMCl3IEonsNnTIEpjgXw5Ub4U s1TRCYlZfWBcYV+CFaJMSKyIJSFKG1FKie6JyRUFKvl1fNoaLpslB6zKXrGedUh2HDRXZ8mH jPw7q96cbmLOqtYoO8dDlBBlq/2gKWpnynWnSSQRbe9EEJYWjMMZDclJGFwRlyxOgCgdSbNi f07cRsK129wjFZ30DWi9lnK1qpRIwrcz/axs+xClPhbLjcw6PbQbzU5OjR9qHyBKDZzuMeo4 uC2MJ2bbhyiTAnfFshCl4er9Q0R5V7oXvyqUTVRSPaXaV+aO5MMVMcniBK7eUgYOPpcSY2Jp 9VStDxpFoDa6G6i171lbO6f3ovOV1+9qHDLta3NH44N2LW3sT73aJAMQpTciN9WS3EDXuKby QakINPZOibkwBlcomA0PVRw8ACvnZNrXco/Gh+yYoCgbCZMFijI3IcrFD4vsotzniYYktHnl GZdpH6K8iaIP/gVRKlXtjyrKV6/yghzPJCqN+5n2IUqIUpOD3TGZyal1TOODNtG1NldSUncy HJz3V6lKTRw8+GrnZNm34Kf1ITUfkxZHUWozsXX1X0CQa5IzKXfuiGjsT0Csmir5kLn/b+9R WrCT4vDCKvGNhKxbJkSpKsX2IG1iTJgQp4o+JF67Icq/8IhxECM5NyDLPkT5iAtEOZGfWclp cUn0AaJ8JHpypotxsATVMTbLvgU3rQ+W67wVChRl6+priaIVccV4bWIolnIPEX2AKCFKd3bZ DhgxF59+QJQTAfFMzTo9tL5oE0O7nmec5EP2WSLZ9+zJOkfjQ2ZxrtCC0GBgxtWowi0+ZOVl FicYobBCnTs+CxSt15bE0K5pHSf5kJWQm5+Sfet+POO1PmRiofXBsz/NnAz7VrwsPmQdXFmc 0CXK1jeLj75tXBPM6DFZoGj9tCSGdk3ruKEPydfuFZSUxQdr4VtiUZ0LGfateFl8+BqivCdg A6lqctonb7UvlsSwFJ1lLERpeEUp8eCozoUM+xDlXyUOr94Q5ZiyMpLTQpKSmrImutW2ZN+z nmeOJQ5ZmFh88OxRmhNt36P4rD5kxCJLPE0R5XYV39RnlpO9JLna3tEPa2JIye75fORDRiJ+ GgYnTJ+q8oaNBZ9tfG9OdS5E27dgs2Fs9cFjQ6qRLE4QiXLfl9wT4wuce+L9LZPlaAugK201 7S/wGipEabh639tJ599y8clzrCQh2bR+Hm3fQ2JWHzyqVcIlixNEojwpiAOCR8eyHIUo2ynS Tc7EftzeE2txSInu+VzrQ4skJWWpnaP1wbM/zZxo+xDlO+oQpSYLO2Oik9PjSs8HT6JH2ves 5Z2jjcOI9DyfrXRgaDHQYOxVelYfvHZGe8gSaiFE2bp69/qXkRuJXEuTQJ/Un4MozxHVqsM3 Amxc1Vsq1EoSnnwbEkRgG8hLYB4MovM0ixOm36PcHJP6l0fijEiULFC0vnkSQ7u2dhyKMrFH +WTEZl/zwJbVuRBp30teHh+8tnr1kcUJ0z+ZM3Ks95AnajNR62hJCUXZUGmBSuaqOLw9wW7K w/Mj8eZT7/1DzGIcPCTVJxtfJDw+eNUrRGmIEUTZUVMXPci5hcpTHIYQq4ZO+2B8FP7ixx3J Tvug2ml/UKR9r8rz+PATRLl/deiktu7FOv49mRvNnxyaXdMy35MYlvU1Y1s+eBNdY++TVLVn P5o5b/g+/6c6F6LszxCX14fIfM0ST9NXb01iZY3JAkXrrzcxtOtrxkGUNar2qCqrcyHKPkTZ rjqIUsNGnTFRyTnhQvPqG3lCS76tioHk9+znR1VZjUOU/Znc8fowY7N1k52NbWs+RDmBqjcx JkyepqIoaxTlLRCtXmVkbC1rReXiDGl5fZhRsRClIku4ep9JIjLpFCH4joc5mo02xrR6lc6l pqd5SWpveDZ3ZnyYIej3PeRov5xVp8OuWwCi7BClDr6QUTPFEeLATdkVvZoDUb5HcCYOEGVU NTRP9Fqen0mMKFiOPkQlnNa/FTHQ+h4xbpXrd0QcUJT9jDgzTeudsui/i8jQe48IooQo6xTl vk95j0NhPoYR5URtzvgQBV0WJ9QyzURQHkla6/5MYkxu/TUdoqwlyo0sIcq5OMyq2a0gsjih lmkm2SILFK1bqxFlVLJp938niaL+4FsDv9iH+4VrU5RFh/dsHCJyJ8QHS/Jd2I6DKCcCM5sY E6abirKiRlfDIAJTzxpvvUrPApNzZuMAUY4DAFFOJOhsck6Yhih34C0Rh62SKk6rAGUPUUKU EXzUXGOJAt1dOytqdDUM0oItLHzD4UU2BYGYjUOEyyE+TDqS1Y5DUU5U1mxiTJg+KcoIReDx ZyUMPP5HzXkR5b1xe31ZzcQhKndmfNjiMAsdRHlh41ZbPBGJobXVG7f5MJtgXj9WwsC7h4h5 b3EoCMZMHCBKOQOuP/pkn9Qjsk4PrQMzyam1IY2DKNd68h5FOlLcj5/P5GKUzzM+fKyibH3X 5Oj7J62BjRgPUf6RRIGIuYcwojhmc2ElH9Kefrd+6GMH3AwGUbkz48PHEuWj1dL6wZ11RChE CVGuSNZRCu3FgxtJ7k+Uw9/NkNRyRDnhUBYnTP8rjLNqYGZ+Fihan2aSU2tDGvf2tFUanPD5 KhgkbM205B6HUKJskWRDfnnjEOmr14dTG2FCi2VxAkRpKof3wVGJMeHC/eo7cQDPmObqPbj6 hhHQKLg7EvXmYpifgW2YmXwuI8rWv3szXV1BC2SBonXPnJxCn0lr9+0GBlEu2ScNISANYzzH mHPxmUQaE9q89PqAotQiPBg3/gfMbK+s7XlK69poTi8xTnN6i+wVwfPLZyyJ69mPdt/acVHF obXXGreqD574vM1RJsO0nRnwB6rau6xnPzdboy6F15dXl2O0QPXDnKP98//rwfGIOWlOq0Cb c4Trk2SnSQ47Ys1MECnBViUpye/oz484XBXTq+xo8IrIBc9+9iSpPFs023kbM9Wj3NTew9GJ DmzHbQtRClz0Om2Ogeh90ArYkZA0xSGRmMZO62rSm2fOgMkJEcUx6cJyV++rYnqVHW18ZnPB s58jSSbQ0H37XXbTvkeZSZZWohwB/TOfPR7v8F8lAg21/xH5V4nZs9cegZOW2C3jpmXgnsyi VaWVKHsb95xUwznPYwtFyQvnfz2sv1IKz7fujeuv9XS6KQXO0RLKTypKNTg7rVtJlJK/nt5H d86gEkLtDDblsSNh5Pl8tjg8Nk+tiOIv7n1czd41hyc+K8/RxCkiFzwYlPcoJXCO1/P9NVya q/lcqyg1a3nB3AdOW6CjORrVq3ox8p8Rjx0tVtpxEcWhtdXFbkGidOWbM6ZveaBs0mXkTlQu ePZzK4Zt3mw+teZPX70znHpdZw5Bl4gz05c2eEnwaSLeuf5/DQaGjUQVqMHkaajog4bANGM6 Tr7sa9fQjjOAImJgWOs1VOPnrl6ib7UvLvL4fuWc8XuUSUSl3GBKYvydEv2XRPeJUaymUjFY IQ5RPkgFrzkcB768xSHZ1qXKXtrLJt2fTv0sUY7yNAsUZW3kv5bSK55d8lQTVbX9e50UHxYq HyQi1BCChShH603aupwopb3s6yFtbz0pr/hJEU2fQzNGS0zHcV9PlNtpuQfx2I4oJomPIClv ghnmqXAYHXyTBX6y31tPImzDnk/1mJWLhr1kcULz7nqsy5afUWMm4pLykrvFH1VxWBYcy+fm VfxSHxr+VdtXqbmoGGgVnRTH/edBxNUkyl7hJuGRmgvKvVxGlC0CPMYyasxsvLJA0fqVmhhK J6p9qLb/kUQ5uCEow34a1oxDr3C9RoR5qbmw38vgmprFCSdFOSLBqM+i4pQFita/1MRQOlHt Q7X9jyNKZVytw7pxSCDlnm/puaDo42VxgokoN4BQlA8k0hNDUS3VPlTbJw7k4nsnI+dNGHqU CjIqO0EVvlUTVbV9iBKiLCPKe/Lx1FukKUgCVf26ZWU98RWzEKIsJUplfEqHZfUjtJuCKCFK iPKvWpaoh8nXrPq3Ry0rLDgOoqwnqiWKo1jNrXD9Jw5PZQ1RnpkaooQoVyCpFXyAKCHKrpaF KCHKFUhqBR8gSogSohy0PaoLpNr+CiS1gg/EAaKEKCHKYYcckqi/WaxwWNx9oEdJj7LFFtUk UW1/mQItfqBEHFCUKEoUJYpSeOsEooQoIUqIEqKEKAUEIEqIEqKEKCFKiFKFQGNQVuNW6w/X HR4ibLlSnQvV9pfpFfMwh4c5PMxpH2GQBAfW68CCKCFKiBKi7N12OCzoUdKjpEdJj5Iepaoj ltWOy/mWS9WW5gdlgaL1jFOcKx89yr9qWaIeuHpz9ebqzdWbq/dYxmSJJxSlVj62nroX/zTG Ck8al1ARxIF/luRZnxAlrwc1Kb2aqKrtr3BYrOADceBhDg9zeJjDwxwe5qjufihKFCWKslMq qCkeqr0eqvEwh4c5PMzhYQ4Pc3iYo5LW+0FZMlvrCEoGJfNSMsUPlMhFepT0KOlR0qOkR6nS L1niideDVPBz5ePKJ1z5UJRrvKJEj5IeJT1KDiwOLHqUZm2XJbO1jtAXokdJj/KvWpaoBxQl ihJFiaJEUaIotULuNQ5FWa/ollARxf3BW0JW41BtfwUM7j6gKFGUKEoUJYoSRYmiNCOAkllG yRSrWhTlo3hQlA0SyQJFy1ckZz1RQ5RPgigm6mXiwNWbqzdXb67eXL25emuFHA9zdkhVq9pq +8somWJFRxy4encJlKt3/dWXAl3j6kscIEqIcqC1qwuk2j6Kcg2iXiYO9CjpUdKjpEdJj5Ie JT1KMwJcvZdRMvQoy1+6v+cCihJFiaJEUaIoUZRmPZV1emgdoT9Xr2hRlPQo9/WaxQl8H6WW FRvjIEqIckuL6lyotr/MgcXVm6s3V2+u3ly9uXo3ERhJ6SyZrRWZnOIoShTlX7UsUQ+/qChv RAhRCicoT1vXeNpKHNaIwy8SpfS4H0VZr+iWUBHFJLVCf444PB9qfStRbqpx/6f2KVZrLn/3 UOH8BoNfzQFt68wybvmn3tWq0QImY0EABL4TAYjyO+PKrkAABAIRgCgDwWQpEACB70QAovzO uLIrEACBQASWJsreA57A/bMUCIAACIgILE2UovcMAAEQAIELEPhoorxScbZsjV5pkl6W18a2 9dTfancGp95bB1fhEbXXWQx68bwCBzA4V8s+L6PwGdXkxxLlsYAzXyPqkdUe2G1MpF+t4uyt b/17DVGPyOE4P8u+BeMrfbj5dUVeWPdkHa/Ng1YcrsKglWtSvUXjAFEqMiWCsBRmmkMk4vUm jNafkaLtFc++gCT/tX5o1owujpZvLSVzJQ7eeGfEYYuJtLbk80wOWGMu+drzBaI0ROlYJBa1 YzDzNlQKrJSE0nzJr5FSvxoP715nMRgR4VFVWQtXwl+r5LzYWOz3FGQFBt79enMBojRmijdA RjOv4VJgs/0ZEeWMyvPg4d2rhKHFlx4eXt+0tm/rzxxMERgcfTj6fgUGm02vLS8OEKU2U5/j vAEymoEoD4BVk8RITV15YHjzz0sQrbytOCysSt06XqpPiFJCqFOw0YHouSEluLdwtNteQVFW YyCRJET5yKbMXNzUbOvPVnsiuj4hSi1j7BKhVThSkhjMvA2tJokRUc6oPC0eLRvWIpAwlHwZ 7fOYC1bfJNtR19tZDFpk1Pu7bAxmSNmLw8cS5QaW1DexJmIrMXs29qfbMWki/LKubx0vYdNa r2djFI/RnJEPI/Vg3Wu0D1fhcMRAk2dWbCx5cDw0Kmtj89u6X08ufDRRSgHmcxAAARCIQACi jECRNUAABL4aAYjyq8PL5kAABCIQgCgjUGQNEACBr0YAovzq8LI5EACBCAQgyggUWQMEQOCr EYAovzq8bA4EQCACAYgyAkXWAAEQ+GoEIMqvDi+bAwEQiEAAooxAkTVAAAS+GgGI8qvDy+ZA AAQiEIAoI1BkjY9AwPqz6x+xKZy8BAGI8hKYMbIKAt5vj1nFf/yoQQCirMEdq0UISF+ZVuQW ZhdHAKJcPEC/5t7+a7uspNabu8dwW/OoLH8NZ/ZrQwCitOHF6AsQOBKehdwksoz4ntALIMDE YghAlIsFBHfe/71sj6rcMGypRgvpEgsQeOUSUIDAagj0yFFzXW7NnVlvNWzwpwYBFGUN7lgd IDBDbJIC5ak3qedBAKL0oMacNASO7zr2+pU3B479xtHc/Xjtv/uStkkW/jgEIMqPCxkO7xHQ XMdBDARmEYAoZxFkfhkCkGQZ9D9nGKL8uZCzYRAAASsCEKUVMcaDAAj8HAL/B8HIremQZWmD AAAAAElFTkSuQmCC</item> </binaryContent> </worksheet>