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make-archdiag.xslt
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make-archdiag.xslt
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<?xml version="1.0" encoding="UTF-8"?>
<!-- XSLT to generate SVG for architecture diagrams.
This processes documents having the following structure
<archdiag xmlns="https://ivoa.net/archdiag">
<rec name="SAMP" x="10" y="14" w="30"/>
<prerec name="FOP" x="10" y="34"/> (a REC not yet passed)
</archdiag>
Recommendation: Start with archdiag-full.xml and remove standards you don't
want.
-->
<xsl:stylesheet
xmlns:xsl="https://www.w3.org/1999/XSL/Transform"
xmlns="https://www.w3.org/2000/svg"
xmlns:ad="https://ivoa.net/archdiag"
xmlns:xlink="https://www.w3.org/1999/xlink"
version="1.0">
<!-- set this to something non-empty to build the SVG with a piece
of javascript printing the box widths -->
<xsl:param name="WITHJS"/>
<xsl:template name="format-standard">
<xsl:param name="std-name"/>
<xsl:param name="std-class"/>
<xsl:param name="x0"/>
<xsl:param name="y0"/>
<xsl:param name="w"/>
<xsl:variable name="width">
<xsl:choose>
<xsl:when test="$w"><xsl:value-of select="$w"/></xsl:when>
<xsl:otherwise>90</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<svg x="{$x0}" y="{$y0}">
<rect height="18" x="0" y="0" width="{$width}" class="{$std-class}"/>
<text class="doclabel" y="12.5">
<xsl:attribute name="x">
<xsl:value-of select="0.5*$width"/>
</xsl:attribute><xsl:value-of select="$std-name"/></text>
</svg>
</xsl:template>
<xsl:template match="ad:thisrec">
<xsl:call-template name="format-standard">
<xsl:with-param name="x0" select="@x"/>
<xsl:with-param name="y0" select="@y"/>
<xsl:with-param name="w" select="@w"/>
<xsl:with-param name="std-name" select="@name"/>
<xsl:with-param name="std-class">thisrec</xsl:with-param>
</xsl:call-template>
<xsl:variable name="width">
<xsl:choose>
<xsl:when test="@w"><xsl:value-of select="@w"/></xsl:when>
<xsl:otherwise>90</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<svg>
<xsl:attribute name="x">
<xsl:value-of select="@x"/>
</xsl:attribute>
<xsl:attribute name="y">
<xsl:value-of select="@y"/>
</xsl:attribute>
<ellipse rx="{$width div 2 + 15}" ry="15"
cx="{$width div 2}" cy="9"
fill="none" stroke="red" stroke-width="3"/>
</svg>
</xsl:template>
<xsl:template match="ad:rec">
<xsl:call-template name="format-standard">
<xsl:with-param name="x0" select="@x"/>
<xsl:with-param name="y0" select="@y"/>
<xsl:with-param name="w" select="@w"/>
<xsl:with-param name="std-name" select="@name"/>
<xsl:with-param name="std-class">rec</xsl:with-param>
</xsl:call-template>
</xsl:template>
<xsl:template match="ad:prerec">
<xsl:call-template name="format-standard">
<xsl:with-param name="x0" select="@x"/>
<xsl:with-param name="y0" select="@y"/>
<xsl:with-param name="w" select="@w"/>
<xsl:with-param name="std-name" select="@name"/>
<xsl:with-param name="std-class">prerec</xsl:with-param>
</xsl:call-template>
</xsl:template>
<xsl:template name="draw-archdiag">
<!-- design size: 800 x 600 whatever; 50 border for annotation-->
<xsl:param name="include-level1"/>
<svg version="2.0" viewBox="0 0 800 600">
<defs>
<xsl:if test="$WITHJS">
<script type="text/javascript">
function adjustBoxWidthsForClass(cls) {
var recs = document.getElementsByClassName(cls);
for (var index in recs) {
if (!recs[index].nextSibling || !recs[index].nextSibling.getBBox) {
// for some reason we have a 'rec' box not followed by text;
// let's skip this for now and see if this bites someone.
continue;
}
var textNode = recs[index].nextSibling;
var newWidth = Math.round(textNode.getBBox().width+8);
console.log(`${textNode.textContent}: ${newWidth}; ${45-newWidth/2}`);
}
}
function adjustBoxWidths() {
// Regrettably, SVG doesn't seem to have a facility to bboxes
// around text. We fake this here using javascript, to be
// called when the text is rendered.
adjustBoxWidthsForClass('rec');
adjustBoxWidthsForClass('prerec');
}
window.addEventListener("load", adjustBoxWidths, false);
</script>
</xsl:if>
<style type="text/css">
@font-face {
font-family: "Liberation Sans Narrow";
src: 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}
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font-family: "Liberation Sans";
src: 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<title>IVOA Architecture Diagram</title>
<desc>This image shows the architecture of the Virtual Observatory
(cf. https://ivoa.net), together with the relevant standards.</desc>
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<text x="250" y="25">Users</text>
<text x="550" y="25">Computers</text>
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<!-- level 0 annotation -->
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<!-- level 1 annotation -->
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<g transform="translate(400,210)">
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<!-- level 2: the actual standards -->
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