<?xml version="1.0" encoding="UTF-8"?>
<solution xmlns="http://geocentral.net">
<version>3.1</version>
<envelope>
<author>
<name>Stelian Dumitrascu</name>
<email>stelian@geocentral.net</email>
<web>http://geocentral.net/geometria</web>
</author>
<comments>Esta es la solución de un problema de Geometria que se ofrece como un ejemplo.</comments>
</envelope>
<problem>
<envelope>
<author>
<name>Stelian Dumitrascu</name>
<email>stelian@geocentral.net</email>
<web>http://geocentral.net/geometria</web>
</author>
<comments>Este es un problema de Geometria que se ofrece como ejemplo.</comments>
</envelope>
<text>El desafío es encontrar un plano que pase por el vértice L de este prisma y sea paralelo al plano AHN.</text>
<notepad>
</notepad>
<figures>
<figure>
<name>Prisma</name>
<color>#ffff</color>
<transparent>true</transparent>
<labelled>true</labelled>
<solid>
<points>
<point>
<label>A</label>
<coords>0.9316666666666666 0.07166666666666685 -0.625</coords>
</point>
<point>
<label>D</label>
<coords>-0.06833333333333344 -0.9283333333333333 -0.625</coords>
</point>
<point>
<label>E</label>
<coords>0.9316666666666666 0.07166666666666685 0.625</coords>
</point>
<point>
<label>J</label>
<coords>-0.23499999999999988 0.9049999999999999 0.625</coords>
</point>
<point>
<label>H</label>
<coords>-0.06833333333333344 -0.9283333333333333 0.625</coords>
</point>
<point>
<label>L</label>
<coords>-0.23499999999999993 0.905 -0.625</coords>
</point>
<point>
<label>M</label>
<coords>-0.754047619047619 0.10023809523809546 0.625</coords>
</point>
<point>
<label>N</label>
<coords>-0.754047619047619 0.10023809523809551 -0.625</coords>
</point>
</points>
<lines>
</lines>
</solid>
<camera>
<attitude>-0.28834237942926205 -0.541938669822881 -0.6966094377680291 0.37134410132407986</attitude>
</camera>
</figure>
</figures>
<answer>
<type>fixedPlane</type>
<coords>-0.6169047619047617 -0.10547619047619056 0.625</coords>
<coords>0.731666666666666 -0.12833333333333363 0.625</coords>
<coords>-0.23499999999999993 0.905 -0.625</coords>
</answer>
</problem>
<log>
<action>
<className>GDrawLineAction</className>
<figureName>Prisma</figureName>
<p1Label>E</p1Label>
<p2Label>M</p2Label>
</action>
<action>
<className>GPerpendicularAction</className>
<figureName>Prisma</figureName>
<p0Label>J</p0Label>
<p1Label>E</p1Label>
<p2Label>M</p2Label>
</action>
<action>
<className>GIntersectAction</className>
<figureName>Prisma</figureName>
<p11Label>J</p11Label>
<p12Label>O</p12Label>
<p21Label>E</p21Label>
<p22Label>M</p22Label>
</action>
<action>
<className>GMeasureDistanceAction</className>
<figureName>Prisma</figureName>
<p1Label>P</p1Label>
<p2Label>J</p2Label>
<variableName>Shift</variableName>
</action>
<action>
<className>GPerpendicularAction</className>
<figureName>Prisma</figureName>
<p0Label>H</p0Label>
<p1Label>E</p1Label>
<p2Label>M</p2Label>
</action>
<action>
<className>GLayDistanceAction</className>
<figureName>Prisma</figureName>
<distance>Shift</distance>
<p0Label>H</p0Label>
<p1Label>H</p1Label>
<p2Label>Q</p2Label>
</action>
<action>
<className>GPerpendicularAction</className>
<figureName>Prisma</figureName>
<p0Label>R</p0Label>
<p1Label>H</p1Label>
<p2Label>Q</p2Label>
</action>
<action>
<className>GSolutionAnswerAction</className>
<value>S,T,L</value>
<figureName>Prisma</figureName>
</action>
</log>
</solution>