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Extensible Markup Language
|
2010-03-13
|
19KB
|
497 lines
<?xml version="1.0" encoding="utf-8"?>
<!-- Copyright (c) Microsoft Corporation. All rights reserved. -->
<layoutDef xmlns="http://schemas.openxmlformats.org/drawingml/2006/diagram" uniqueId="urn:microsoft.com/office/officeart/2005/8/layout/hierarchy4">
<title val="Table Hierarchy" />
<desc val="" />
<catLst>
<cat type="hierarchy" pri="4000" />
<cat type="list" pri="24000" />
<cat type="relationship" pri="10000" />
</catLst>
<sampData>
<dataModel>
<ptLst>
<pt modelId="0" type="doc" />
<pt modelId="1" type="node">
<prSet phldr="1" />
</pt>
<pt modelId="2" type="node">
<prSet phldr="1" />
</pt>
<pt modelId="21" type="node">
<prSet phldr="1" />
</pt>
<pt modelId="22" type="node">
<prSet phldr="1" />
</pt>
<pt modelId="3" type="node">
<prSet phldr="1" />
</pt>
<pt modelId="31" type="node">
<prSet phldr="1" />
</pt>
</ptLst>
<cxnLst>
<cxn modelId="4" type="parOf" srcId="0" destId="1" srcOrd="0" destOrd="0" presId="" />
<cxn modelId="5" type="parOf" srcId="1" destId="2" srcOrd="0" destOrd="0" presId="" />
<cxn modelId="6" type="parOf" srcId="1" destId="3" srcOrd="1" destOrd="0" presId="" />
<cxn modelId="23" type="parOf" srcId="2" destId="21" srcOrd="0" destOrd="0" presId="" />
<cxn modelId="24" type="parOf" srcId="2" destId="22" srcOrd="1" destOrd="0" presId="" />
<cxn modelId="33" type="parOf" srcId="3" destId="31" srcOrd="0" destOrd="0" presId="" />
</cxnLst>
</dataModel>
</sampData>
<styleData>
<dataModel>
<ptLst>
<pt modelId="0" type="doc" />
<pt modelId="1" type="node" />
<pt modelId="11" type="node" />
<pt modelId="12" type="node" />
</ptLst>
<cxnLst>
<cxn modelId="2" type="parOf" srcId="0" destId="1" srcOrd="0" destOrd="0" presId="" />
<cxn modelId="13" type="parOf" srcId="1" destId="11" srcOrd="0" destOrd="0" presId="" />
<cxn modelId="14" type="parOf" srcId="1" destId="12" srcOrd="1" destOrd="0" presId="" />
</cxnLst>
</dataModel>
</styleData>
<clrData>
<dataModel>
<ptLst>
<pt modelId="0" type="doc" />
<pt modelId="1" type="node" />
<pt modelId="2" type="node" />
<pt modelId="21" type="node" />
<pt modelId="211" type="node" />
<pt modelId="3" type="node" />
<pt modelId="31" type="node" />
<pt modelId="311" type="node" />
</ptLst>
<cxnLst>
<cxn modelId="4" type="parOf" srcId="0" destId="1" srcOrd="0" destOrd="0" presId="" />
<cxn modelId="5" type="parOf" srcId="1" destId="2" srcOrd="0" destOrd="0" presId="" />
<cxn modelId="6" type="parOf" srcId="1" destId="3" srcOrd="1" destOrd="0" presId="" />
<cxn modelId="23" type="parOf" srcId="2" destId="21" srcOrd="0" destOrd="0" presId="" />
<cxn modelId="24" type="parOf" srcId="21" destId="211" srcOrd="0" destOrd="0" presId="" />
<cxn modelId="33" type="parOf" srcId="3" destId="31" srcOrd="0" destOrd="0" presId="" />
<cxn modelId="34" type="parOf" srcId="31" destId="311" srcOrd="0" destOrd="0" presId="" />
</cxnLst>
</dataModel>
</clrData>
<!-- layout node for entire graphic -->
<layoutNode>
<varLst>
<chPref val="1" />
<dir val="norm" />
<animOne val="branch" />
<animLvl val="lvl" />
<resizeHandles val="rel" />
</varLst>
<choose>
<if func="var" arg="dir" op="equ" val="norm">
<alg type="lin">
<param type="linDir" val="fromL" />
<param type="nodeVertAlign" val="t" />
</alg>
</if>
<else>
<alg type="lin">
<param type="linDir" val="fromR" />
<param type="nodeVertAlign" val="t" />
</alg>
</else>
</choose>
<shape />
<presOf />
<constrLst>
<!-- descendant widths -->
<constr type="w" for="ch" forName="vertOne" refType="w" />
<constr type="w" for="des" forName="horzOne" refType="w" />
<constr type="w" for="des" forName="txOne" refType="w" />
<constr type="w" for="des" forName="vertTwo" refType="w" />
<constr type="w" for="des" forName="horzTwo" refType="w" />
<constr type="w" for="des" forName="txTwo" refType="w" />
<constr type="w" for="des" forName="vertThree" refType="w" />
<constr type="w" for="des" forName="horzThree" refType="w" />
<constr type="w" for="des" forName="txThree" refType="w" />
<constr type="w" for="des" forName="vertFour" refType="w" />
<constr type="w" for="des" forName="horzFour" refType="w" />
<constr type="w" for="des" forName="txFour" refType="w" />
<!-- descendant heights -->
<constr op="equ" type="h" for="des" ptType="node" />
<constr type="h" for="des" forName="txOne" refType="h" />
<!-- userH is used to carry height value down through all nodes -->
<constr type="userH" for="des" ptType="node" refType="h" refFor="des" refForName="txOne" />
<constr type="primFontSz" for="des" forName="txOne" val="65" />
<constr type="primFontSz" for="des" forName="txTwo" val="65" />
<constr op="lte" type="primFontSz" for="des" forName="txTwo" refType="primFontSz" refFor="des" refForName="txOne" />
<constr type="primFontSz" for="des" forName="txThree" val="65" />
<constr op="lte" type="primFontSz" for="des" forName="txThree" refType="primFontSz" refFor="des" refForName="txOne" />
<constr op="lte" type="primFontSz" for="des" forName="txThree" refType="primFontSz" refFor="des" refForName="txTwo" />
<constr type="primFontSz" for="des" forName="txFour" val="65" />
<constr op="lte" type="primFontSz" for="des" forName="txFour" refType="primFontSz" refFor="des" refForName="txOne" />
<constr op="lte" type="primFontSz" for="des" forName="txFour" refType="primFontSz" refFor="des" refForName="txTwo" />
<constr op="lte" type="primFontSz" for="des" forName="txFour" refType="primFontSz" refFor="des" refForName="txThree" />
<constr type="w" for="des" forName="sibSpaceOne" refType="w" fact="0.168" />
<constr op="equ" type="w" for="des" forName="sibSpaceTwo" refType="w" refFor="des" refForName="sibSpaceOne" fact="0.5" />
<constr op="equ" type="w" for="des" forName="sibSpaceThree" refType="w" refFor="des" refForName="sibSpaceTwo" fact="0.5" />
<constr op="equ" type="w" for="des" forName="sibSpaceFour" refType="w" refFor="des" refForName="sibSpaceThree" fact="0.5" />
<constr type="h" for="des" forName="parTransOne" refType="w" fact="0.056" />
<constr op="equ" type="h" for="des" forName="parTransTwo" refType="h" refFor="des" refForName="parTransOne" />
<constr op="equ" type="h" for="des" forName="parTransThree" refType="h" refFor="des" refForName="parTransTwo" />
<constr op="equ" type="h" for="des" forName="parTransFour" refType="h" refFor="des" refForName="parTransThree" />
</constrLst>
<ruleLst />
<forEach axis="ch" ptType="node">
<!-- vertically arranges first level text shapes and second level horizontal flow -->
<layoutNode name="vertOne">
<alg type="lin">
<param type="linDir" val="fromT" />
</alg>
<shape />
<presOf />
<constrLst>
<constr op="gte" type="w" for="ch" forName="txOne" refType="w" refFor="ch" refForName="horzOne" />
</constrLst>
<ruleLst />
<!-- first level text shapes -->
<layoutNode name="txOne" styleLbl="node0">
<varLst>
<chPref val="3" />
</varLst>
<alg type="tx" />
<shape type="roundRect">
<adjLst>
<adj idx="1" val="0.1" />
</adjLst>
</shape>
<presOf axis="self" />
<constrLst>
<constr type="tMarg" refType="primFontSz" fact="0.3" />
<constr type="bMarg" refType="primFontSz" fact="0.3" />
<constr type="lMarg" refType="primFontSz" fact="0.3" />
<constr type="rMarg" refType="primFontSz" fact="0.3" />
</constrLst>
<ruleLst>
<rule type="primFontSz" val="5" />
</ruleLst>
</layoutNode>
<choose>
<if axis="des" ptType="node" func="cnt" op="gt" val="0">
<!-- space between first and second level -->
<layoutNode name="parTransOne">
<alg type="sp" />
<shape />
<presOf />
<constrLst />
<ruleLst />
</layoutNode>
</if>
</choose>
<!-- linear flow for laying out second level shapes -->
<layoutNode name="horzOne">
<choose>
<if func="var" arg="dir" op="equ" val="norm">
<alg type="lin">
<param type="linDir" val="fromL" />
<param type="nodeVertAlign" val="t" />
</alg>
</if>
<else>
<alg type="lin">
<param type="linDir" val="fromR" />
<param type="nodeVertAlign" val="t" />
</alg>
</else>
</choose>
<shape />
<presOf />
<constrLst />
<ruleLst>
<rule type="w" val="INF" />
</ruleLst>
<forEach axis="ch" ptType="node">
<!-- vertically arranges second level text shapes and third level horizontal flow -->
<layoutNode name="vertTwo">
<alg type="lin">
<param type="linDir" val="fromT" />
</alg>
<shape />
<presOf />
<constrLst>
<constr op="gte" type="w" for="ch" forName="txTwo" refType="w" refFor="ch" refForName="horzTwo" />
</constrLst>
<ruleLst />
<!-- second level text shapes -->
<layoutNode name="txTwo">
<varLst>
<chPref val="3" />
</varLst>
<alg type="tx" />
<shape type="roundRect">
<adjLst>
<adj idx="1" val="0.1" />
</adjLst>
</shape>
<presOf axis="self" />
<constrLst>
<constr type="userH" />
<constr type="h" refType="userH" />
<constr type="tMarg" refType="primFontSz" fact="0.3" />
<constr type="bMarg" refType="primFontSz" fact="0.3" />
<constr type="lMarg" refType="primFontSz" fact="0.3" />
<constr type="rMarg" refType="primFontSz" fact="0.3" />
</constrLst>
<ruleLst>
<rule type="primFontSz" val="5" />
</ruleLst>
</layoutNode>
<choose>
<if axis="des" ptType="node" func="cnt" op="gt" val="0">
<!-- space between second and third level -->
<layoutNode name="parTransTwo">
<alg type="sp" />
<shape />
<presOf />
<constrLst />
<ruleLst />
</layoutNode>
</if>
</choose>
<!-- linear flow for laying out third level shapes -->
<layoutNode name="horzTwo">
<choose>
<if func="var" arg="dir" op="equ" val="norm">
<alg type="lin">
<param type="linDir" val="fromL" />
<param type="nodeVertAlign" val="t" />
</alg>
</if>
<else>
<alg type="lin">
<param type="linDir" val="fromR" />
<param type="nodeVertAlign" val="t" />
</alg>
</else>
</choose>
<shape />
<presOf />
<constrLst />
<ruleLst>
<rule type="w" val="INF" />
</ruleLst>
<forEach axis="ch" ptType="node">
<!-- vertically arranges third level text shapes and fourth level horizontal flow -->
<layoutNode name="vertThree">
<alg type="lin">
<param type="linDir" val="fromT" />
</alg>
<shape />
<presOf />
<constrLst>
<constr op="gte" type="w" for="ch" forName="txThree" refType="w" refFor="ch" refForName="horzThree" />
</constrLst>
<ruleLst />
<!-- third level text shapes -->
<layoutNode name="txThree">
<varLst>
<chPref val="3" />
</varLst>
<alg type="tx" />
<shape type="roundRect">
<adjLst>
<adj idx="1" val="0.1" />
</adjLst>
</shape>
<presOf axis="self" />
<constrLst>
<constr type="userH" />
<constr type="h" refType="userH" />
<constr type="tMarg" refType="primFontSz" fact="0.3" />
<constr type="bMarg" refType="primFontSz" fact="0.3" />
<constr type="lMarg" refType="primFontSz" fact="0.3" />
<constr type="rMarg" refType="primFontSz" fact="0.3" />
</constrLst>
<ruleLst>
<rule type="primFontSz" val="5" />
</ruleLst>
</layoutNode>
<choose>
<if axis="des" ptType="node" func="cnt" op="gt" val="0">
<!-- space between third and fourth level -->
<layoutNode name="parTransThree">
<alg type="sp" />
<shape />
<presOf />
<constrLst />
<ruleLst />
</layoutNode>
</if>
</choose>
<!-- linear flow for laying out fourth level shapes -->
<layoutNode name="horzThree">
<choose>
<if func="var" arg="dir" op="equ" val="norm">
<alg type="lin">
<param type="linDir" val="fromL" />
<param type="nodeVertAlign" val="t" />
</alg>
</if>
<else>
<alg type="lin">
<param type="linDir" val="fromR" />
<param type="nodeVertAlign" val="t" />
</alg>
</else>
</choose>
<shape />
<presOf />
<constrLst />
<ruleLst>
<rule type="w" val="INF" />
</ruleLst>
<forEach name="repeat" axis="ch" ptType="node">
<!-- vertically arranges fourth level text shapes and fifth level horizontal flow -->
<layoutNode name="vertFour">
<varLst>
<chPref val="3" />
</varLst>
<alg type="lin">
<param type="linDir" val="fromT" />
</alg>
<shape />
<presOf />
<constrLst>
<constr op="gte" type="w" for="ch" forName="txFour" refType="w" refFor="ch" refForName="horzFour" />
</constrLst>
<ruleLst />
<!-- fourth level (and below) text shapes -->
<layoutNode name="txFour">
<varLst>
<chPref val="3" />
</varLst>
<alg type="tx" />
<shape type="roundRect">
<adjLst>
<adj idx="1" val="0.1" />
</adjLst>
</shape>
<presOf axis="self" />
<constrLst>
<constr type="userH" />
<constr type="h" refType="userH" />
<constr type="tMarg" refType="primFontSz" fact="0.3" />
<constr type="bMarg" refType="primFontSz" fact="0.3" />
<constr type="lMarg" refType="primFontSz" fact="0.3" />
<constr type="rMarg" refType="primFontSz" fact="0.3" />
</constrLst>
<ruleLst>
<rule type="primFontSz" val="5" />
</ruleLst>
</layoutNode>
<choose>
<if axis="des" ptType="node" func="cnt" op="gt" val="0">
<!-- space between fourth and fifth level (and below) -->
<layoutNode name="parTransFour">
<alg type="sp" />
<shape />
<presOf />
<constrLst />
<ruleLst />
</layoutNode>
</if>
</choose>
<!-- linear flow for laying out fifth level (and below) shapes -->
<layoutNode name="horzFour">
<choose>
<if func="var" arg="dir" op="equ" val="norm">
<alg type="lin">
<param type="linDir" val="fromL" />
<param type="nodeVertAlign" val="t" />
</alg>
</if>
<else>
<alg type="lin">
<param type="linDir" val="fromR" />
<param type="nodeVertAlign" val="t" />
</alg>
</else>
</choose>
<shape />
<presOf />
<constrLst />
<ruleLst>
<rule type="w" val="INF" />
</ruleLst>
<forEach ref="repeat" />
</layoutNode>
</layoutNode>
<choose>
<if axis="self" ptType="node" func="revPos" op="gte" val="2">
<forEach axis="followSib" ptType="sibTrans" cnt="1">
<!-- space between siblings at fourth level -->
<layoutNode name="sibSpaceFour">
<alg type="sp" />
<shape />
<presOf />
<constrLst />
<ruleLst />
</layoutNode>
</forEach>
</if>
</choose>
</forEach>
</layoutNode>
</layoutNode>
<choose>
<if axis="self" ptType="node" func="revPos" op="gte" val="2">
<forEach axis="followSib" ptType="sibTrans" cnt="1">
<!-- space between siblings at third level -->
<layoutNode name="sibSpaceThree">
<alg type="sp" />
<shape />
<presOf />
<constrLst />
<ruleLst />
</layoutNode>
</forEach>
</if>
</choose>
</forEach>
</layoutNode>
</layoutNode>
<choose>
<if axis="self" ptType="node" func="revPos" op="gte" val="2">
<forEach axis="followSib" ptType="sibTrans" cnt="1">
<!-- space between siblings at second level -->
<layoutNode name="sibSpaceTwo">
<alg type="sp" />
<shape />
<presOf />
<constrLst />
<ruleLst />
</layoutNode>
</forEach>
</if>
</choose>
</forEach>
</layoutNode>
</layoutNode>
<choose>
<if axis="self" ptType="node" func="revPos" op="gte" val="2">
<forEach axis="followSib" ptType="sibTrans" cnt="1">
<!-- space between siblings at firstlevel -->
<layoutNode name="sibSpaceOne">
<alg type="sp" />
<shape />
<presOf />
<constrLst />
<ruleLst />
</layoutNode>
</forEach>
</if>
</choose>
</forEach>
</layoutNode>
</layoutDef>