lib/isodoc/iec/iec.international-standard.xsl
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et les microfilms, sans l'accord écrit de l'IEC ou du Comité national de l'IEC du pays du demandeur. Si vous avez des
questions sur le copyright de l'IEC ou si vous désirez obtenir des droits supplémentaires sur cette publication, utilisez
les coordonnées ci-après ou contactez le Comité national de l'IEC de votre pays de résidence. -->
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<!-- About the IEC
The International Electrotechnical Commission (IEC) is the leading global organization that prepares and publishes
International Standards for all electrical, electronic and related technologies.
About IEC publications
The technical content of IEC publications is kept under constant review by the IEC. Please make sure that you have the
latest edition, a corrigenda or an amendment might have been published.
...
-->
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<fo:block-container width="42mm">
<fo:block>
<xsl:variable name="publisher" select="java:toUpperCase(java:java.lang.String.new(//iec:iec-standard/iec:bibdata/iec:contributor[iec:role/@type = 'publisher']/iec:organization/iec:name))"/>
<xsl:value-of select="$publisher"/>
</fo:block>
</fo:block-container>
</fo:block>
<fo:block font-size="9pt" line-height="150%">
<!-- Example:
3, rue de Varembé
PO Box 131
CH-1211 Geneva 20
Switzerland
Tel: + 41 22 919 02 11
Fax: + 41 22 919 03 00
info@iec.ch
www.iec.ch -->
<xsl:variable name="telpos" select="count((//iec:iec-standard)[1]/iec:boilerplate/iec:copyright-statement/iec:clause/iec:p[contains(@id, 'boilerplate-address')]/text()[contains(., 'Tel.')]/preceding-sibling::node())"/>
<xsl:choose>
<xsl:when test="$telpos != 0">
<xsl:apply-templates select="(//iec:iec-standard)[1]/iec:boilerplate/iec:copyright-statement/iec:clause/iec:p[contains(@id, 'boilerplate-address')]/node()[position() <= $telpos]" mode="coverpage"/>
<xsl:apply-templates select="(//iec:iec-standard)[1]/iec:boilerplate/iec:copyright-statement/iec:clause/iec:p[contains(@id, 'boilerplate-address')]/node()[position() >= $telpos]" mode="coverpage">
<xsl:with-param name="lastpage">true</xsl:with-param>
</xsl:apply-templates>
</xsl:when>
<xsl:otherwise>
<xsl:apply-templates select="(//iec:iec-standard)[1]/iec:boilerplate/iec:copyright-statement/iec:clause/iec:p[contains(@id, 'boilerplate-address')]" mode="coverpage"/>
</xsl:otherwise>
</xsl:choose>
</fo:block>
</fo:block-container>
</fo:block-container>
</fo:flow>
</fo:page-sequence>
</xsl:if>
</fo:root>
</xsl:variable>
<xsl:apply-templates select="xalan:nodeset($xslfo)" mode="landscape_portrait"/>
</xsl:template>
<xsl:template match="iec:pagebreak" priority="2">
<xsl:copy-of select="."/>
</xsl:template>
<xsl:template match="iec:tc-sc-officers-note/iec:p">
<fo:block><xsl:apply-templates/></fo:block>
</xsl:template>
<xsl:template name="insertCoverPart1">
<xsl:variable name="lang_second">
<xsl:choose>
<xsl:when test="(//iec:iec-standard)[2]/iec:bibdata/iec:language[@current = 'true']">
<xsl:value-of select="(//iec:iec-standard)[2]/iec:bibdata/iec:language[@current = 'true']"/>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="/iec:iec-standard/iec:bibdata/iec:title[@language and @language != $lang]/@language"/>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<fo:block text-align-last="justify">
<xsl:call-template name="outputLogo"/>
<fo:inline font-size="8pt" padding-left="0.5mm" color="rgb(88, 88, 90)">
<xsl:choose>
<xsl:when test="count((//iec:iec-standard)[1]/iec:bibdata/iec:copyright) = 1">®</xsl:when>
<xsl:otherwise><xsl:attribute name="padding-left">1mm</xsl:attribute> </xsl:otherwise>
</xsl:choose>
</fo:inline>
<fo:inline keep-together.within-line="always" font-size="25pt" font-weight="bold" color="{$color_gray}" border-bottom="0.5pt solid {$color_gray}" padding-bottom="3.5mm" baseline-shift="5.5mm"><fo:leader leader-pattern="space"/><xsl:value-of select="//iec:iec-standard/iec:bibdata/iec:docidentifier[@type = 'iso-undated']"/></fo:inline>
</fo:block>
<fo:block font-size="10.5pt" text-align="right" margin-top="0.5mm">
<xsl:call-template name="capitalize">
<xsl:with-param name="str">
<xsl:call-template name="getLocalizedString">
<xsl:with-param name="key">edition</xsl:with-param>
</xsl:call-template>
</xsl:with-param>
</xsl:call-template>
<xsl:text> </xsl:text>
<fo:inline>
<xsl:variable name="edition_" select="normalize-space(//iec:iec-standard/iec:bibdata/iec:edition[normalize-space(@language) = ''])"/>
<xsl:variable name="edition">
<xsl:choose>
<xsl:when test="$edition_ = ''">1</xsl:when>
<xsl:otherwise><xsl:value-of select="$edition_"/></xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:value-of select="$edition"/>
<xsl:if test="not(contains($edition, '.'))">.0</xsl:if>
</fo:inline>
<fo:inline padding-left="4mm">
<!-- Example 2014-05 -->
<xsl:value-of select="substring(//iec:iec-standard/iec:bibdata/iec:version/iec:revision-date, 1, 7)"/>
</fo:inline>
<fo:block> </fo:block>
</fo:block>
<fo:block-container font-size="30pt" font-weight="bold" height="56mm" margin-left="7.5mm" line-height="115%">
<fo:block-container margin-left="0mm">
<fo:block-container height="25mm" display-align="after">
<xsl:if test="$stage >= 60">
<xsl:attribute name="width">100mm</xsl:attribute>
</xsl:if>
<fo:block color="{$color_blue}">
<xsl:choose>
<xsl:when test="$stage-abbreviation = 'FDIS'">
<xsl:text>PRE-RELEASE VERSION (FDIS)</xsl:text>
</xsl:when>
<xsl:when test="$stage >= 60">
<xsl:variable name="doctype_uppercased" select="java:toUpperCase(java:java.lang.String.new((//iec:iec-standard)[1]/iec:bibdata/iec:ext/iec:doctype[@language = $lang]))"/>
<xsl:value-of select="$doctype_uppercased"/>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="$stage-fullname-uppercased"/>
<xsl:text> (</xsl:text><xsl:value-of select="$stage-abbreviation"/><xsl:text>)</xsl:text>
</xsl:otherwise>
</xsl:choose>
</fo:block>
</fo:block-container>
<xsl:if test="//iec:iec-standard/iec:bibdata/iec:title[@language = $lang_second]">
<fo:block-container height="26mm" margin-top="10pt" display-align="after">
<xsl:if test="$stage >= 60">
<xsl:attribute name="width">100mm</xsl:attribute>
</xsl:if>
<fo:block color="{$color_gray}">
<xsl:if test="$stage >= 60">
<!-- <xsl:text>NORME INTERNATIONALE</xsl:text> -->
<xsl:value-of select="java:toUpperCase(java:java.lang.String.new(//iec:iec-standard/iec:bibdata/iec:ext/iec:doctype[@language = $lang_second]))"/>
</xsl:if>
</fo:block>
</fo:block-container>
</xsl:if>
</fo:block-container>
</fo:block-container>
<fo:block-container margin-left="8mm">
<fo:block-container margin-left="0mm">
<fo:block-container height="6mm">
<fo:block text-align="right" margin-top="-4.5mm" margin-right="-1mm">
<xsl:if test="//iec:iec-standard/iec:bibdata/iec:ext/iec:accessibility-color-inside = 'true'">
<fo:external-graphic src="{concat('data:image/png;base64,', normalize-space($Image-Colour-Inside))}" width="19mm" content-height="scale-to-fit" scaling="uniform" fox:alt-text="Image Logo IEC"/>
</xsl:if>
</fo:block>
</fo:block-container>
<fo:block-container border-bottom="0.5pt solid {$color_gray}" margin-top="4mm" margin-bottom="16pt" height="14mm" display-align="center">
<fo:block font-size="10pt" color="{$color_blue}" margin-bottom="4pt">
<xsl:choose>
<xsl:when test="//iec:iec-standard/iec:bibdata/iec:ext/iec:horizontal = 'true'">
<xsl:value-of select="java:toUpperCase(java:java.lang.String.new(//iec:iec-standard/iec:bibdata/iec:ext/iec:horizontal[@language = $lang]))"/>
</xsl:when>
<xsl:otherwise><!-- horizontal is false -->
<xsl:value-of select="java:toUpperCase(java:java.lang.String.new(//iec:iec-standard/iec:bibdata/iec:ext/iec:function[@language = $lang]))"/>
</xsl:otherwise>
</xsl:choose>
<!-- Example: BASIC EMC PUBLICATION -->
<!-- HORIZONTAL STANDARD -->
<!-- Basic EMC Publication
Basic Safety Publication
Basic Environment Publication
Basic Quality Assurance Publication -->
</fo:block>
<xsl:if test="//iec:iec-standard/iec:bibdata/iec:title[@language = $lang_second]">
<fo:block font-size="10pt" margin-bottom="10pt">
<xsl:choose>
<xsl:when test="//iec:iec-standard/iec:bibdata/iec:ext/iec:horizontal = 'true'">
<xsl:value-of select="java:toUpperCase(java:java.lang.String.new(//iec:iec-standard/iec:bibdata/iec:ext/iec:horizontal[@language = $lang_second]))"/>
</xsl:when>
<xsl:otherwise><!-- horizontal is false -->
<xsl:value-of select="java:toUpperCase(java:java.lang.String.new(//iec:iec-standard/iec:bibdata/iec:ext/iec:function[@language = $lang_second]))"/>
</xsl:otherwise>
</xsl:choose>
<!-- Example: PUBLICATION FONDAMENTALE EN CEM -->
<!-- NORME HORIZONTALE -->
</fo:block>
</xsl:if>
</fo:block-container>
</fo:block-container>
</fo:block-container>
<fo:block-container margin-left="8.5mm">
<fo:block-container margin-left="0mm">
<fo:block font-size="12pt" font-weight="bold" color="{$color_blue}" margin-bottom="16pt" role="H1">
<!-- Example:
Electromagnetic compatibility (EMC) –
Part 4-5: Testing and measurement techniques – Surge immunity test
-->
<xsl:variable name="titles_first_">
<title-intro><xsl:value-of select="//iec:iec-standard/iec:bibdata/iec:title[@language = $lang and @type = 'title-intro']"/></title-intro>
<title-main><xsl:value-of select="//iec:iec-standard/iec:bibdata/iec:title[@language = $lang and @type = 'title-main']"/></title-main>
<title-part><xsl:value-of select="//iec:iec-standard/iec:bibdata/iec:title[@language = $lang and @type = 'title-part']"/></title-part>
</xsl:variable>
<xsl:variable name="titles_first" select="xalan:nodeset($titles_first_)"/>
<xsl:for-each select="$titles_first/*[normalize-space() != '']">
<xsl:if test="position() != 1">
<xsl:value-of select="concat(' ',$en_dash ,' ')"/>
</xsl:if>
<xsl:if test="self::title-part">
<xsl:value-of select="$linebreak"/>
<xsl:if test="$part != ''">
<xsl:variable name="localized_part">
<xsl:call-template name="getLocalizedString">
<xsl:with-param name="key">locality.part</xsl:with-param>
<xsl:with-param name="lang"><xsl:value-of select="$lang"/></xsl:with-param>
</xsl:call-template>
</xsl:variable>
<xsl:value-of select="concat($localized_part ,' ',$part, ': ')"/>
</xsl:if>
</xsl:if>
<xsl:value-of select="."/>
</xsl:for-each>
</fo:block>
<fo:block font-size="12pt" font-weight="bold" role="H1">
<!-- Example: Compatibilité électromagnétique (CEM) –
Partie 4-5: Techniques d'essai et de mesure – Essai d'immunité aux ondes de
choc -->
<xsl:variable name="titles_second_">
<title-intro><xsl:value-of select="//iec:iec-standard/iec:bibdata/iec:title[@language = $lang_second and @type = 'title-intro']"/></title-intro>
<title-main><xsl:value-of select="//iec:iec-standard/iec:bibdata/iec:title[@language = $lang_second and @type = 'title-main']"/></title-main>
<title-part><xsl:value-of select="//iec:iec-standard/iec:bibdata/iec:title[@language = $lang_second and @type = 'title-part']"/></title-part>
</xsl:variable>
<xsl:variable name="titles_second" select="xalan:nodeset($titles_second_)"/>
<xsl:for-each select="$titles_second/*[normalize-space() != '']">
<xsl:if test="position() != 1">
<xsl:value-of select="concat(' ',$en_dash ,' ')"/>
</xsl:if>
<xsl:if test="self::title-part">
<xsl:value-of select="$linebreak"/>
<xsl:if test="$part != ''">
<xsl:variable name="locality_part_lang_second">
<xsl:call-template name="getLocalizedString">
<xsl:with-param name="key">locality.part</xsl:with-param>
<xsl:with-param name="lang"><xsl:value-of select="$lang_second"/></xsl:with-param>
<xsl:with-param name="returnEmptyIfNotFound">true</xsl:with-param>
</xsl:call-template>
</xsl:variable>
<xsl:value-of select="concat($locality_part_lang_second ,' ',$part, ': ')"/>
<xsl:choose>
<xsl:when test="normalize-space($locality_part_lang_second) != ''">
<xsl:variable name="localized_part">
<xsl:value-of select="$locality_part_lang_second"/>
</xsl:variable>
<xsl:value-of select="concat($localized_part ,' ',$part, ': ')"/>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="java:replaceAll(java:java.lang.String.new($titles/title-part[@lang = $lang_second]),'#',$part)"/>
</xsl:otherwise>
</xsl:choose>
</xsl:if>
</xsl:if>
<xsl:value-of select="."/>
</xsl:for-each>
</fo:block>
</fo:block-container>
</fo:block-container>
</xsl:template>
<xsl:template name="outputLogo">
<!-- <fo:external-graphic src="{concat('data:image/png;base64,', normalize-space($Image-Logo-IEC))}" width="18mm" content-height="scale-to-fit" scaling="uniform" fox:alt-text="Image Logo IEC"/> -->
<xsl:for-each select="(//iec:iec-standard)[1]/iec:bibdata/iec:copyright/iec:owner/iec:organization/iec:abbreviation">
<xsl:choose>
<xsl:when test=". = 'IEC'">
<fo:external-graphic src="{concat('data:image/png;base64,', normalize-space($Image-Logo-IEC))}" content-height="18mm" content-width="scale-to-fit" scaling="uniform" fox:alt-text="Image Logo IEC"/>
</xsl:when>
<xsl:when test=". = 'ISO'">
<fo:external-graphic src="{concat('data:image/png;base64,', normalize-space($Image-Logo-ISO))}" content-height="18mm" content-width="scale-to-fit" scaling="uniform" fox:alt-text="Image Logo ISO"/>
</xsl:when>
<xsl:otherwise/>
</xsl:choose>
<xsl:if test="position() != last()">
<fo:inline padding-right="1mm"> </fo:inline>
</xsl:if>
</xsl:for-each>
</xsl:template>
<xsl:template name="insertTOCpages">
<xsl:param name="contents"/>
<!-- <fo:block-container>
<fo:block role="TOC">
<fo:block font-size="12pt" text-align="center" margin-bottom="22pt" role="H1">
<xsl:variable name="title-toc">
<xsl:call-template name="getLocalizedString">
<xsl:with-param name="key">table_of_contents</xsl:with-param>
</xsl:call-template>
</xsl:variable>
<xsl:call-template name="addLetterSpacing">
<xsl:with-param name="text" select="java:toUpperCase(java:java.lang.String.new($title-toc))"/>
</xsl:call-template>
</fo:block> -->
<xsl:for-each select="xalan:nodeset($contents)//item[@display = 'true']"><!-- [@display = 'true']
[@level <= 3]
[not(@level = 2 and starts-with(@section, '0'))] skip clause from preface -->
<fo:block text-align-last="justify" role="TOCI">
<xsl:if test="@level = 1">
<xsl:attribute name="margin-bottom">5pt</xsl:attribute>
</xsl:if>
<xsl:if test="@level = 2">
<xsl:attribute name="margin-bottom">3pt</xsl:attribute>
</xsl:if>
<xsl:if test="@level >= 3">
<xsl:attribute name="margin-bottom">2pt</xsl:attribute>
</xsl:if>
<xsl:if test="@type = 'indexsect'">
<xsl:attribute name="space-before">16pt</xsl:attribute>
</xsl:if>
<xsl:if test="@type = 'references'">
<xsl:attribute name="space-before">5pt</xsl:attribute>
</xsl:if>
<fo:list-block>
<xsl:attribute name="margin-left">
<xsl:choose>
<xsl:when test="title/@variant-title = 'true'">0mm</xsl:when>
<xsl:when test="@level = 2">8mm</xsl:when>
<xsl:when test="@level >= 3"><xsl:value-of select="(@level - 2) * 23"/>mm</xsl:when>
<xsl:otherwise>0mm</xsl:otherwise>
</xsl:choose>
</xsl:attribute>
<xsl:attribute name="provisional-distance-between-starts">
<xsl:choose>
<xsl:when test="@section = ''">0mm</xsl:when>
<xsl:when test="@level = 1">8mm</xsl:when>
<xsl:when test="@level = 2">15mm</xsl:when>
<xsl:when test="@level >= 3"><xsl:value-of select="(@level - 2) * 19"/>mm</xsl:when>
<xsl:otherwise>0mm</xsl:otherwise>
</xsl:choose>
</xsl:attribute>
<fo:list-item>
<fo:list-item-label end-indent="label-end()">
<fo:block>
<xsl:value-of select="@section"/>
</fo:block>
</fo:list-item-label>
<fo:list-item-body start-indent="body-start()">
<fo:block text-align-last="justify">
<fo:basic-link internal-destination="{@id}" fox:alt-text="{title}">
<xsl:variable name="title">
<xsl:apply-templates select="title"/>
</xsl:variable>
<xsl:call-template name="addLetterSpacing">
<xsl:with-param name="text" select="$title"/>
</xsl:call-template>
<xsl:text> </xsl:text>
<fo:inline keep-together.within-line="always">
<fo:leader leader-pattern="dots"/>
<fo:inline><fo:page-number-citation ref-id="{@id}"/></fo:inline>
</fo:inline>
</fo:basic-link>
</fo:block>
</fo:list-item-body>
</fo:list-item>
</fo:list-block>
</fo:block>
</xsl:for-each>
<xsl:if test="$contents//figures/figure">
<fo:block margin-bottom="5pt"> </fo:block>
<xsl:for-each select="$contents//figures/figure">
<xsl:call-template name="insertListOf_Item"/>
</xsl:for-each>
</xsl:if>
<xsl:if test="$contents//tables/table">
<fo:block margin-bottom="5pt"> </fo:block>
<xsl:for-each select="$contents//tables/table">
<xsl:call-template name="insertListOf_Item"/>
</xsl:for-each>
</xsl:if>
<!-- </fo:block>
</fo:block-container> -->
</xsl:template>
<xsl:template name="insertListOf_Item">
<fo:block text-align-last="justify" margin-bottom="5pt" margin-left="8mm" text-indent="-8mm" role="TOCI">
<fo:basic-link internal-destination="{@id}" fox:alt-text="{local-name()} {@id}">
<xsl:apply-templates select="." mode="contents"/>
<fo:inline keep-together.within-line="always">
<fo:leader leader-pattern="dots"/>
<fo:page-number-citation ref-id="{@id}"/>
</fo:inline>
</fo:basic-link>
</fo:block>
</xsl:template>
<xsl:template match="iec:preface/iec:clause[@type = 'toc']" priority="3">
<fo:block-container>
<fo:block role="TOC">
<xsl:apply-templates/>
<xsl:if test="count(*) = 1 and *[local-name() = 'title']"> <!-- if there isn't user ToC -->
<xsl:variable name="docid">
<xsl:call-template name="getDocumentId"/>
</xsl:variable>
<xsl:call-template name="insertTOCpages">
<xsl:with-param name="contents" select="$contents/doc[@id = $docid]"/>
</xsl:call-template>
</xsl:if>
</fo:block>
</fo:block-container>
</xsl:template>
<xsl:template match="iec:preface/iec:clause[@type = 'toc']/iec:title" priority="3">
<fo:block font-size="12pt" text-align="center" margin-bottom="22pt" role="H1">
<xsl:call-template name="addLetterSpacing">
<xsl:with-param name="text" select="java:toUpperCase(java:java.lang.String.new(.))"/>
</xsl:call-template>
</fo:block>
</xsl:template>
<xsl:template match="iec:preface/iec:pagebreak" priority="3">
<fo:block break-after="page"/>
</xsl:template>
<xsl:template match="*[local-name() = 'preface' or local-name() = 'sections']/iec:p[starts-with(@class, 'zzSTDTitle')]" priority="4">
<fo:block-container font-size="12pt" text-align="center">
<xsl:if test="following-sibling::*[1][not(self::iec:p[starts-with(@class, 'zzSTDTitle')])]">
<xsl:attribute name="margin-bottom">18pt</xsl:attribute>
<xsl:if test="ancestor::*[local-name() = 'sections']">
<xsl:attribute name="margin-bottom">30pt</xsl:attribute>
</xsl:if>
</xsl:if>
<fo:block>
<xsl:if test="iec:strong"> <!-- title -->
<xsl:attribute name="role">H1</xsl:attribute>
</xsl:if>
<xsl:apply-templates/>
</fo:block>
</fo:block-container>
</xsl:template>
<xsl:template match="*[local-name() = 'sections']/iec:p[@class = 'zzSTDTitle1']//text()" priority="4">
<xsl:value-of select="java:toUpperCase(java:java.lang.String.new(.))"/>
</xsl:template>
<xsl:template name="insertPrefacepages">
<xsl:param name="lang" select="$lang"/>
<fo:block break-after="page"/>
<fo:block-container font-size="12pt" text-align="center" margin-bottom="18pt">
<xsl:if test="not(contains($SDO, '/'))"> <!-- only one IEC -->
<fo:block>
<xsl:call-template name="getLocalizedString">
<xsl:with-param name="key">IEC</xsl:with-param>
<xsl:with-param name="lang"><xsl:value-of select="$lang"/></xsl:with-param>
</xsl:call-template>
</fo:block>
<fo:block>___________</fo:block>
<fo:block> </fo:block>
</xsl:if>
<fo:block font-weight="bold" role="H1">
<xsl:call-template name="printTitles">
<xsl:with-param name="lang" select="$lang"/>
</xsl:call-template>
</fo:block>
</fo:block-container>
<!-- Foreword, Introduction -->
<xsl:call-template name="processPrefaceSectionsDefault"/>
</xsl:template>
<xsl:template name="insertBodypages">
<xsl:param name="lang" select="'en'"/>
<!-- BODY -->
<fo:page-sequence master-reference="document" force-page-count="no-force">
<xsl:if test="$isIEV = 'true'">
<xsl:attribute name="initial-page-number">1</xsl:attribute>
</xsl:if>
<fo:static-content flow-name="xsl-footnote-separator">
<fo:block>
<fo:leader leader-pattern="rule" leader-length="30%"/>
</fo:block>
</fo:static-content>
<xsl:call-template name="insertHeaderFooter"/>
<fo:flow flow-name="xsl-region-body">
<!-- <fo:block-container font-size="12pt" text-align="center" margin-bottom="36pt">
<fo:block font-weight="bold" role="H1">
<xsl:call-template name="printTitles">
<xsl:with-param name="lang" select="$lang"/>
</xsl:call-template>
<fo:block> </fo:block>
</fo:block>
</fo:block-container> -->
<!-- Main sections -->
<fo:block>
<xsl:call-template name="processMainSectionsDefault"/>
</fo:block>
</fo:flow>
</fo:page-sequence>
<!-- Index -->
<xsl:apply-templates select="//iec:indexsect" mode="index"/>
</xsl:template>
<xsl:template name="printTitles">
<xsl:param name="lang"/>
<xsl:variable name="titles_doc_">
<title-intro><xsl:value-of select="java:toUpperCase(java:java.lang.String.new(/iec:iec-standard/iec:bibdata/iec:title[@language = $lang and @type = 'title-intro']))"/></title-intro>
<title-main><xsl:value-of select="java:toUpperCase(java:java.lang.String.new(/iec:iec-standard/iec:bibdata/iec:title[@language = $lang and @type = 'title-main']))"/></title-main>
<title-part><xsl:value-of select="/iec:iec-standard/iec:bibdata/iec:title[@language = $lang and @type = 'title-part']"/></title-part>
</xsl:variable>
<xsl:variable name="titles_doc" select="xalan:nodeset($titles_doc_)"/>
<xsl:for-each select="$titles_doc/*[normalize-space() != '']">
<xsl:if test="position() != 1">
<xsl:value-of select="concat(' ',$en_dash ,' ')"/>
</xsl:if>
<xsl:choose>
<xsl:when test="self::title-part">
<fo:block> </fo:block>
<fo:block>
<xsl:if test="$part != ''">
<xsl:variable name="localized_part">
<xsl:call-template name="getLocalizedString">
<xsl:with-param name="key">Part.sg</xsl:with-param>
<xsl:with-param name="lang" select="$lang"/>
</xsl:call-template>
</xsl:variable>
<xsl:value-of select="concat($localized_part ,' ',$part, ': ')"/>
</xsl:if>
<xsl:value-of select="."/>
</fo:block>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="."/>
</xsl:otherwise>
</xsl:choose>
</xsl:for-each>
</xsl:template>
<xsl:template match="node()">
<xsl:apply-templates/>
</xsl:template>
<xsl:template match="iec:feedback-statement/iec:clause[@id = 'boilerplate-cenelec-attention']" priority="3">
<fo:block font-size="8pt" margin-bottom="10pt" text-align="justify">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template match="iec:feedback-statement/iec:clause[@id = 'boilerplate-cenelec-attention']//iec:title" priority="3">
<xsl:variable name="level">
<xsl:call-template name="getLevel"/>
</xsl:variable>
<fo:block font-size="8pt" font-weight="bold" margin-bottom="10pt" role="H{$level}">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template match="iec:feedback-statement/iec:clause[@id = 'boilerplate-cenelec-attention']//iec:p" priority="3">
<fo:block font-size="8pt" margin-bottom="10pt" text-align="justify">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template match="iec:feedback-statement/iec:clause[@id = 'boilerplate-cenelec-attention']//text()" priority="3">
<!-- Example: Attention IEC-CENELEC parallel voting -->
<xsl:if test="normalize-space() != ''">
<xsl:call-template name="addLetterSpacing">
<xsl:with-param name="text" select="."/>
</xsl:call-template>
</xsl:if>
</xsl:template>
<xsl:template match="iec:boilerplate/iec:feedback-statement" priority="2">
<fo:block margin-top="6pt" font-size="1pt" span="all">
</fo:block>
<xsl:apply-templates select="*[not(@id) or @id != 'boilerplate-cenelec-attention']"/>
</xsl:template>
<xsl:template match="iec:feedback-statement/iec:clause[not(iec:clause)]" priority="2">
<fo:block span="all" text-align="justify">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template match="iec:feedback-statement/iec:clause[iec:clause]" priority="2">
<fo:block text-align="justify">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template match="iec:feedback-statement/iec:clause/iec:clause" priority="3">
<fo:block text-align="justify">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<!-- ============================= -->
<!-- CONTENTS -->
<!-- ============================= -->
<!-- element with title -->
<xsl:template match="*[iec:title]" mode="contents">
<xsl:variable name="level">
<xsl:call-template name="getLevel">
<xsl:with-param name="depth" select="iec:title/@depth"/>
</xsl:call-template>
</xsl:variable>
<xsl:variable name="section">
<xsl:call-template name="getSection"/>
</xsl:variable>
<xsl:variable name="type">
<xsl:value-of select="local-name()"/>
</xsl:variable>
<xsl:variable name="display">
<xsl:choose>
<xsl:when test="$level > $toc_level">false</xsl:when>
<xsl:when test="$section = '' and $type = 'clause'">false</xsl:when><!-- don't show clause with number only in title -->
<xsl:otherwise>true</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:variable name="skip">
<xsl:choose>
<xsl:when test="ancestor-or-self::iec:bibitem">true</xsl:when>
<xsl:when test="ancestor-or-self::iec:term">true</xsl:when>
<xsl:otherwise>false</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:if test="$skip = 'false'">
<xsl:variable name="title">
<xsl:call-template name="getName"/>
</xsl:variable>
<xsl:variable name="variant_title">
<xsl:copy-of select="iec:variant-title/node()"/>
</xsl:variable>
<item id="{@id}" level="{$level}" section="{$section}" type="{$type}" display="{$display}">
<xsl:if test="$type ='appendix'">
<xsl:attribute name="section"/>
</xsl:if>
<xsl:if test="$type ='indexsect'">
<xsl:attribute name="level">1</xsl:attribute>
</xsl:if>
<title>
<xsl:choose>
<xsl:when test="normalize-space($variant_title) != ''">
<xsl:attribute name="variant-title">true</xsl:attribute>
<xsl:apply-templates select="xalan:nodeset($variant_title)" mode="contents_item"/>
</xsl:when>
<xsl:when test="$type = 'indexsect'">
<xsl:value-of select="java:toUpperCase(java:java.lang.String.new($title))"/>
</xsl:when>
<xsl:when test="$type = 'appendix'">
<xsl:apply-templates select="iec:title" mode="contents_item"/>
</xsl:when>
<xsl:otherwise>
<xsl:apply-templates select="xalan:nodeset($title)" mode="contents_item"/>
</xsl:otherwise>
</xsl:choose>
</title>
<xsl:if test="$type != 'indexsect'">
<xsl:apply-templates mode="contents"/>
</xsl:if>
</item>
</xsl:if>
</xsl:template>
<!-- ============================= -->
<!-- ============================= -->
<xsl:template match="iec:license-statement//iec:title" mode="cover-page-internal">
<xsl:variable name="level">
<xsl:call-template name="getLevel"/>
</xsl:variable>
<fo:block text-align="center" font-weight="bold" role="H{$level}">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template match="iec:license-statement//iec:p" mode="cover-page-internal">
<fo:block margin-bottom="6pt">
<xsl:apply-templates mode="cover-page-internal"/>
</fo:block>
</xsl:template>
<xsl:template match="iec:license-statement//iec:p//text()" mode="cover-page-internal">
<xsl:call-template name="addLetterSpacing">
<xsl:with-param name="text"><xsl:value-of select="."/></xsl:with-param>
</xsl:call-template>
</xsl:template>
<!-- <fo:block margin-bottom="12pt">© ISO 2019, Published in Switzerland.</fo:block>
<fo:block font-size="10pt" margin-bottom="12pt">All rights reserved. Unless otherwise specified, no part of this publication may be reproduced or utilized otherwise in any form or by any means, electronic or mechanical, including photocopying, or posting on the internet or an intranet, without prior written permission. Permission can be requested from either ISO at the address below or ISO’s member body in the country of the requester.</fo:block>
<fo:block font-size="10pt" text-indent="7.1mm">
<fo:block>ISO copyright office</fo:block>
<fo:block>Ch. de Blandonnet 8 • CP 401</fo:block>
<fo:block>CH-1214 Vernier, Geneva, Switzerland</fo:block>
<fo:block>Tel. + 41 22 749 01 11</fo:block>
<fo:block>Fax + 41 22 749 09 47</fo:block>
<fo:block>copyright@iso.org</fo:block>
<fo:block>www.iso.org</fo:block>
</fo:block> -->
<xsl:template match="iec:copyright-statement//iec:p" mode="coverpage">
<xsl:apply-templates/>
<xsl:value-of select="$linebreak"/>
</xsl:template>
<xsl:template match="iec:br" mode="coverpage">
<xsl:value-of select="$linebreak"/>
</xsl:template>
<xsl:template match="iec:link" mode="coverpage">
<xsl:param name="lastpage">false</xsl:param>
<xsl:choose>
<xsl:when test="$lastpage = 'true'">
<xsl:apply-templates/>
</xsl:when>
<xsl:otherwise>
<xsl:apply-templates select="."/>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template match="iec:copyright-statement//iec:p" priority="2">
<fo:block>
<xsl:if test="following-sibling::iec:p">
<xsl:attribute name="margin-bottom">3pt</xsl:attribute>
</xsl:if>
<xsl:if test="not(following-sibling::iec:p)">
<xsl:attribute name="margin-left">4mm</xsl:attribute>
</xsl:if>
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<!-- copyright text in footer internal footer -->
<xsl:template match="iec:copyright-statement//iec:p[not(@id)]//text()">
<xsl:if test="normalize-space() != ''">
<xsl:call-template name="addLetterSpacing">
<xsl:with-param name="text" select="normalize-space(.)"/>
</xsl:call-template>
</xsl:if>
</xsl:template>
<xsl:template match="iec:iec-standard/iec:preface/iec:foreword" priority="3">
<fo:block id="{@id}" margin-bottom="12pt" font-size="12pt" text-align="center">
<xsl:call-template name="addLetterSpacing">
<!-- <xsl:with-param name="text" select="java:toUpperCase(java:java.lang.String.new(iec:title))"/> -->
<xsl:with-param name="text" select="iec:title"/>
</xsl:call-template>
</fo:block>
<!-- margin-left="6.3mm" -->
<!-- <fo:block font-size="8.2pt" text-align="justify">
<xsl:apply-templates select="/iec:iec-standard/iec:boilerplate/iec:legal-statement/*"/>
</fo:block> -->
<fo:block>
<xsl:apply-templates select="*[not(local-name() = 'title')]"/>
</fo:block>
</xsl:template>
<xsl:template match="iec:clause[@type = 'boilerplate_legal']" priority="3">
<fo:block font-size="8.2pt" text-align="justify">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template match="iec:annex//iec:clause" priority="2">
<fo:block id="{@id}" margin-top="5pt" margin-bottom="10pt" text-align="justify">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template match="iec:clause//iec:clause" priority="2">
<fo:block id="{@id}" space-after="10pt">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<!-- ====== -->
<!-- title -->
<!-- ====== -->
<xsl:template match="iec:introduction/iec:title">
<fo:block font-size="12pt" text-align="center" margin-bottom="12pt" role="H1">
<xsl:apply-templates/>
<xsl:apply-templates select="following-sibling::*[1][local-name() = 'variant-title'][@type = 'sub']" mode="subtitle"/>
</fo:block>
</xsl:template>
<xsl:template match="iec:introduction/iec:title/text()">
<xsl:call-template name="addLetterSpacing">
<xsl:with-param name="text" select="."/>
</xsl:call-template>
</xsl:template>
<xsl:template match="iec:annex/iec:title">
<fo:block font-size="12pt" text-align="center" margin-bottom="32pt" keep-with-next="always" role="H1">
<xsl:apply-templates/>
<xsl:apply-templates select="following-sibling::*[1][local-name() = 'variant-title'][@type = 'sub']" mode="subtitle"/>
</fo:block>
</xsl:template>
<!-- Bibliography -->
<xsl:template match="iec:references[not(@normative='true')]/iec:title">
<fo:block font-size="12pt" text-align="center" margin-bottom="12pt" keep-with-next="always" role="H1">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template match="iec:references[not(@normative='true')]/iec:title/text()">
<xsl:call-template name="addLetterSpacing">
<xsl:with-param name="text" select="."/>
</xsl:call-template>
</xsl:template>
<xsl:template match="iec:title" name="title">
<xsl:variable name="level">
<xsl:call-template name="getLevel"/>
</xsl:variable>
<xsl:variable name="font-size">
<xsl:choose>
<xsl:when test="ancestor::iec:sections and $level = 1">11pt</xsl:when>
<xsl:when test="ancestor::iec:annex and $level <= 2">11pt</xsl:when>
<xsl:when test="ancestor::iec:references[not (preceding-sibling::iec:references)]">11pt</xsl:when>
<xsl:otherwise>10pt</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:choose>
<xsl:when test="../@inline-header = 'true'">
<fo:inline font-size="{$font-size}" font-weight="bold" role="H{$level}">
<xsl:apply-templates/>
</fo:inline>
</xsl:when>
<xsl:otherwise>
<fo:block font-size="{$font-size}" font-weight="bold" keep-with-next="always" role="H{$level}">
<xsl:attribute name="space-before"> <!-- margin-top -->
<xsl:choose>
<xsl:when test="$level = 2 and ancestor::iec:annex">22pt</xsl:when>
<xsl:when test="$level >= 2 and ancestor::iec:annex">5pt</xsl:when>
<xsl:when test="$level = '' or $level = 1">18pt</xsl:when>
<xsl:otherwise>10pt</xsl:otherwise>
</xsl:choose>
</xsl:attribute>
<xsl:attribute name="margin-bottom">
<xsl:choose>
<xsl:when test="$level = '' or $level = 1">14pt</xsl:when>
<xsl:when test="$level = 2 and ancestor::iec:annex">14pt</xsl:when>
<xsl:otherwise>5pt</xsl:otherwise>
</xsl:choose>
</xsl:attribute>
<xsl:apply-templates/>
<xsl:apply-templates select="following-sibling::*[1][local-name() = 'variant-title'][@type = 'sub']" mode="subtitle"/>
</fo:block>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<!-- ====== -->
<!-- ====== -->
<xsl:template match="iec:p" name="paragraph">
<xsl:param name="inline" select="'false'"/>
<xsl:param name="split_keep-within-line"/>
<xsl:variable name="previous-element" select="local-name(preceding-sibling::*[1])"/>
<xsl:variable name="element-name">
<xsl:choose>
<xsl:when test="$inline = 'true'">fo:inline</xsl:when>
<xsl:when test="../@inline-header = 'true' and $previous-element = 'title'">fo:inline</xsl:when> <!-- first paragraph after inline title -->
<xsl:when test="local-name(..) = 'admonition' and $previous-element = 'p'">fo:block</xsl:when>
<xsl:when test="local-name(..) = 'admonition'">fo:inline</xsl:when>
<xsl:otherwise>fo:block</xsl:otherwise>
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<xsl:choose>
<xsl:when test="$element-name = 'fo:block'">
<xsl:element name="{$element-name}">
<xsl:attribute name="text-align">
<xsl:choose>
<xsl:when test="@align = 'justified'">justify</xsl:when>
<xsl:when test="@align and not(@align = 'indent')"><xsl:value-of select="@align"/></xsl:when>
<xsl:otherwise>justify</xsl:otherwise>
</xsl:choose>
</xsl:attribute>
<xsl:if test="@align = 'indent'">
<xsl:attribute name="margin-left">7mm</xsl:attribute>
</xsl:if>
<xsl:attribute name="margin-top">5pt</xsl:attribute>
<xsl:if test="ancestor::iec:definition">
<xsl:attribute name="margin-top">1pt</xsl:attribute>
</xsl:if>
<xsl:if test="ancestor::iec:dl">
<xsl:attribute name="margin-top">0pt</xsl:attribute>
</xsl:if>
<xsl:attribute name="margin-bottom">12pt</xsl:attribute>
<xsl:if test="local-name(following-sibling::*[1])= 'table'">
<xsl:attribute name="margin-bottom">6pt</xsl:attribute>
</xsl:if>
<xsl:if test="ancestor::iec:admonition">
<xsl:attribute name="margin-bottom">6pt</xsl:attribute>
</xsl:if>
<xsl:if test="ancestor::iec:admonition and not(following-sibling::iec:p)">
<xsl:attribute name="margin-bottom">0pt</xsl:attribute>
</xsl:if>
<xsl:if test="ancestor::iec:dl">
<xsl:attribute name="margin-bottom">5pt</xsl:attribute>
</xsl:if>
<xsl:if test="@id">
<xsl:attribute name="id"><xsl:value-of select="@id"/></xsl:attribute>
</xsl:if>
<xsl:apply-templates select="@language"/>
<xsl:apply-templates>
<xsl:with-param name="split_keep-within-line" select="$split_keep-within-line"/>
</xsl:apply-templates>
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<xsl:otherwise>
<xsl:apply-templates>
<xsl:with-param name="split_keep-within-line" select="$split_keep-within-line"/>
</xsl:apply-templates>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template match="iec:p/iec:fn/iec:p">
<xsl:apply-templates/>
</xsl:template>
<xsl:template match="iec:dd/iec:p">
<fo:block margin-bottom="5pt"><xsl:apply-templates/></fo:block>
</xsl:template>
<xsl:template match="iec:dd/iec:p[ancestor::iec:figure]">
<fo:block margin-bottom="10pt"><xsl:apply-templates/></fo:block>
</xsl:template>
<xsl:template match="iec:li/iec:p" priority="2">
<fo:block margin-bottom="6pt">
<xsl:if test="ancestor::iec:ul">
<xsl:attribute name="margin-bottom">3pt</xsl:attribute>
</xsl:if>
<xsl:if test="ancestor::iec:legal-statement or ancestor::iec:clause[@type = 'boilerplate_legal']">
<xsl:attribute name="margin-bottom">5pt</xsl:attribute>
</xsl:if>
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template match="iec:admonition//iec:p//text()">
<xsl:call-template name="addLetterSpacing">
<xsl:with-param name="text" select="."/>
</xsl:call-template>
</xsl:template>
<!-- =================== -->
<!-- Index processing -->
<!-- =================== -->
<xsl:template match="iec:indexsect"/>
<xsl:template match="iec:indexsect" mode="index">
<fo:page-sequence master-reference="document" force-page-count="no-force">
<xsl:call-template name="insertHeaderFooter"/>
<fo:flow flow-name="xsl-region-body">
<fo:block id="{@id}" span="all">
<xsl:apply-templates select="iec:title"/>
</fo:block>
<fo:block role="Index">
<xsl:apply-templates select="*[not(local-name() = 'title')]"/>
</fo:block>
</fo:flow>
</fo:page-sequence>
</xsl:template>
<xsl:template match="iec:indexsect/iec:title/text()" priority="4">
<xsl:value-of select="java:toUpperCase(java:java.lang.String.new(.))"/>
</xsl:template>
<xsl:template match="iec:xref[@pagenumber = 'true']" priority="2">
<xsl:call-template name="insert_basic_link">
<xsl:with-param name="element">
<fo:basic-link internal-destination="{@target}" fox:alt-text="{@target}" xsl:use-attribute-sets="xref-style">
<fo:inline>
<xsl:if test="@id">
<xsl:attribute name="id"><xsl:value-of select="@id"/></xsl:attribute>
</xsl:if>
<fo:page-number-citation ref-id="{@target}"/>
</fo:inline>
</fo:basic-link>
</xsl:with-param>
</xsl:call-template>
</xsl:template>
<!-- =================== -->
<!-- End of Index processing -->
<!-- =================== -->
<xsl:template name="insertHeaderFooter">
<fo:static-content flow-name="header-even" role="artifact">
<fo:block-container height="25mm" display-align="after">
<fo:table table-layout="fixed" width="100%">
<fo:table-column column-width="proportional-column-width(70)"/>
<fo:table-column column-width="proportional-column-width(20)"/>
<fo:table-column column-width="proportional-column-width(70)"/>
<fo:table-body>
<fo:table-row display-align="before">
<fo:table-cell><fo:block> </fo:block></fo:table-cell>
<fo:table-cell text-align="center">
<fo:block>– <fo:page-number/> –</fo:block>
</fo:table-cell>
<fo:table-cell text-align="right">
<fo:block>
<xsl:value-of select="$ISOname"/>
<xsl:copy-of select="$copyrightSDO"/>
</fo:block>
</fo:table-cell>
</fo:table-row>
</fo:table-body>
</fo:table>
</fo:block-container>
</fo:static-content>
<fo:static-content flow-name="header-odd" role="artifact">
<fo:block-container height="25mm" display-align="after">
<fo:table table-layout="fixed" width="100%">
<fo:table-column column-width="proportional-column-width(70)"/>
<fo:table-column column-width="proportional-column-width(20)"/>
<fo:table-column column-width="proportional-column-width(70)"/>
<fo:table-body>
<fo:table-row display-align="before">
<fo:table-cell>
<fo:block>
<xsl:value-of select="$ISOname"/>
<xsl:copy-of select="$copyrightSDO"/>
</fo:block>
</fo:table-cell>
<fo:table-cell text-align="center">
<fo:block>– <fo:page-number/> –</fo:block>
</fo:table-cell>
<fo:table-cell><fo:block> </fo:block></fo:table-cell>
</fo:table-row>
</fo:table-body>
</fo:table>
</fo:block-container>
</fo:static-content>
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</xsl:variable>
<xsl:variable name="Image-Checkbox-On">
<xsl:text>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</xsl:text>
</xsl:variable>
<xsl:template name="addLetterSpacing">
<xsl:param name="text"/>
<xsl:param name="letter-spacing" select="'0.15'"/>
<xsl:if test="string-length($text) > 0">
<xsl:variable name="char" select="substring($text, 1, 1)"/>
<fo:inline padding-right="{$letter-spacing}mm"><xsl:value-of select="$char"/></fo:inline>
<xsl:call-template name="addLetterSpacing">
<xsl:with-param name="text" select="substring($text, 2)"/>
<xsl:with-param name="letter-spacing" select="$letter-spacing"/>
</xsl:call-template>
</xsl:if>
</xsl:template>
<xsl:template name="addLetterSpacingSmallCaps">
<xsl:param name="text"/>
<xsl:param name="letter-spacing" select="'0.15'"/>
<xsl:if test="string-length($text) > 0">
<xsl:variable name="char" select="substring($text,1,1)"/>
<xsl:variable name="upperCase" select="java:toUpperCase(java:java.lang.String.new($char))"/>
<xsl:choose>
<xsl:when test="$char=$upperCase">
<fo:inline font-size="{100 div 0.75}%">
<fo:inline padding-right="{$letter-spacing}mm"><xsl:value-of select="$upperCase"/></fo:inline>
</fo:inline>
</xsl:when>
<xsl:otherwise>
<fo:inline padding-right="{$letter-spacing}mm"><xsl:value-of select="$upperCase"/></fo:inline>
</xsl:otherwise>
</xsl:choose>
<xsl:if test="string-length($text) > 1">
<xsl:call-template name="addLetterSpacingSmallCaps">
<xsl:with-param name="text" select="substring($text,2)"/>
<xsl:with-param name="letter-spacing" select="$letter-spacing"/>
</xsl:call-template>
</xsl:if>
</xsl:if>
</xsl:template>
<xsl:template name="insertCheckBoxOff">
<fo:inline padding-right="1mm">
<fo:external-graphic src="{concat('data:image/png;base64,', normalize-space($Image-Checkbox-Off))}" width="2.5mm" content-height="scale-to-fit" scaling="uniform" fox:alt-text="Checkbox off" baseline-shift="-5%"/>
</fo:inline>
</xsl:template>
<xsl:template name="insertCheckBoxOn">
<fo:inline padding-right="1mm">
<fo:external-graphic src="{concat('data:image/png;base64,', normalize-space($Image-Checkbox-On))}" width="2.5mm" content-height="scale-to-fit" scaling="uniform" fox:alt-text="Checkbox off" baseline-shift="-5%"/>
</fo:inline>
</xsl:template>
<xsl:template match="node()" mode="change_id">
<xsl:param name="lang"/>
<xsl:copy>
<xsl:apply-templates select="@*|node()" mode="change_id">
<xsl:with-param name="lang" select="$lang"/>
</xsl:apply-templates>
</xsl:copy>
</xsl:template>
<xsl:template match="@*" mode="change_id">
<xsl:param name="lang"/>
<xsl:choose>
<xsl:when test="local-name() = 'id' or local-name() = 'bibitemid' or (local-name() = 'target' and local-name(..) = 'xref')">
<xsl:attribute name="{local-name()}">
<xsl:value-of select="."/>_<xsl:value-of select="$lang"/>
</xsl:attribute>
</xsl:when>
<xsl:otherwise>
<xsl:copy>
<xsl:apply-templates select="@*" mode="change_id">
<xsl:with-param name="lang" select="$lang"/>
</xsl:apply-templates>
</xsl:copy>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<!-- DEBUG ONLY -->
<!-- <xsl:template match="iec:title" mode="change_id">
<xsl:copy>
<xsl:apply-templates select="@*" mode="change_id">
<xsl:with-param name="lang" select="$lang"/>
</xsl:apply-templates>FR <xsl:apply-templates mode="change_id"/>
</xsl:copy>
</xsl:template> -->
<xsl:strip-space xmlns:redirect="http://xml.apache.org/xalan/redirect" elements="iec:xref"/>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="namespace_full" select="namespace-uri(/*)"/> <!-- example: https://www.metanorma.org/ns/iso -->
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="root_element" select="local-name(/*)"/>
<!-- external parameters -->
<xsl:param xmlns:redirect="http://xml.apache.org/xalan/redirect" name="svg_images"/> <!-- svg images array -->
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="images" select="document($svg_images)"/>
<xsl:param xmlns:redirect="http://xml.apache.org/xalan/redirect" name="basepath"/> <!-- base path for images -->
<xsl:param xmlns:redirect="http://xml.apache.org/xalan/redirect" name="inputxml_basepath"/> <!-- input xml file path -->
<xsl:param xmlns:redirect="http://xml.apache.org/xalan/redirect" name="inputxml_filename"/> <!-- input xml file name -->
<xsl:param xmlns:redirect="http://xml.apache.org/xalan/redirect" name="output_path"/> <!-- output PDF file name -->
<xsl:param xmlns:redirect="http://xml.apache.org/xalan/redirect" name="external_index"/><!-- path to index xml, generated on 1st pass, based on FOP Intermediate Format -->
<xsl:param xmlns:redirect="http://xml.apache.org/xalan/redirect" name="syntax-highlight">false</xsl:param> <!-- syntax highlighting feature, default - off -->
<xsl:param xmlns:redirect="http://xml.apache.org/xalan/redirect" name="add_math_as_text">true</xsl:param> <!-- add math in text behind svg formula, to copy-paste formula from PDF as text -->
<xsl:param xmlns:redirect="http://xml.apache.org/xalan/redirect" name="table_if">false</xsl:param> <!-- generate extended table in IF for autolayout-algorithm -->
<xsl:param xmlns:redirect="http://xml.apache.org/xalan/redirect" name="table_widths"/> <!-- (debug: path to) xml with table's widths, generated on 1st pass, based on FOP Intermediate Format -->
<!-- Example: <tables>
<table page-width="509103" id="table1" width_max="223561" width_min="223560">
<column width_max="39354" width_min="39354"/>
<column width_max="75394" width_min="75394"/>
<column width_max="108813" width_min="108813"/>
<tbody>
<tr>
<td width_max="39354" width_min="39354">
<p_len>39354</p_len>
<word_len>39354</word_len>
</td>
OLD:
<tables>
<table id="table_if_tab-symdu" page-width="75"> - table id prefixed by 'table_if_' to simple search in IF
<tbody>
<tr>
<td id="tab-symdu_1_1">
<p_len>6</p_len>
<p_len>100</p_len> for 2nd paragraph
<word_len>6</word_len>
<word_len>20</word_len>
...
-->
<!-- for command line debug: <xsl:variable name="table_widths_from_if" select="document($table_widths)"/> -->
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="table_widths_from_if" select="xalan:nodeset($table_widths)"/>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="table_widths_from_if_calculated_">
<xsl:for-each select="$table_widths_from_if//table">
<xsl:copy>
<xsl:copy-of select="@*"/>
<xsl:call-template name="calculate-column-widths-autolayout-algorithm"/>
</xsl:copy>
</xsl:for-each>
</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="table_widths_from_if_calculated" select="xalan:nodeset($table_widths_from_if_calculated_)"/>
<xsl:param xmlns:redirect="http://xml.apache.org/xalan/redirect" name="table_if_debug">false</xsl:param> <!-- set 'true' to put debug width data before table or dl -->
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="isApplyAutolayoutAlgorithm_">
true
</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="isApplyAutolayoutAlgorithm" select="normalize-space($isApplyAutolayoutAlgorithm_)"/>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="isGenerateTableIF_">
<xsl:choose>
<xsl:when test="$isApplyAutolayoutAlgorithm = 'true'">
<xsl:value-of select="normalize-space($table_if) = 'true'"/>
</xsl:when>
<xsl:otherwise>false</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="isGenerateTableIF" select="normalize-space($isGenerateTableIF_)"/>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="lang">
<xsl:call-template name="getLang"/>
</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="inputxml_filename_prefix">
<xsl:choose>
<xsl:when test="contains($inputxml_filename, '.presentation.xml')">
<xsl:value-of select="substring-before($inputxml_filename, '.presentation.xml')"/>
</xsl:when>
<xsl:when test="contains($inputxml_filename, '.xml')">
<xsl:value-of select="substring-before($inputxml_filename, '.xml')"/>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="$inputxml_filename"/>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<!-- Note 1: Each xslt has declated variable `namespace` that allows to set some properties, processing logic, etc. for concrete xslt.
You can put such conditions by using xslt construction `xsl:if test="..."` or <xsl:choose><xsl:when test=""></xsl:when><xsl:otherwiste></xsl:otherwiste></xsl:choose>,
BUT DON'T put any another conditions together with $namespace = '...' (such conditions will be ignored). For another conditions, please use nested xsl:if or xsl:choose -->
<!--
<metanorma-extension>
<presentation-metadata>
<papersize>letter</papersize>
</presentation-metadata>
</metanorma-extension>
-->
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="papersize" select="java:toLowerCase(java:java.lang.String.new(normalize-space(//*[contains(local-name(), '-standard')]/*[local-name() = 'metanorma-extension']/*[local-name() = 'presentation-metadata']/*[local-name() = 'papersize'])))"/>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="papersize_width_">
<xsl:choose>
<xsl:when test="$papersize = 'letter'">215.9</xsl:when>
<xsl:when test="$papersize = 'a4'">210</xsl:when>
</xsl:choose>
</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="papersize_width" select="normalize-space($papersize_width_)"/>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="papersize_height_">
<xsl:choose>
<xsl:when test="$papersize = 'letter'">279.4</xsl:when>
<xsl:when test="$papersize = 'a4'">297</xsl:when>
</xsl:choose>
</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="papersize_height" select="normalize-space($papersize_height_)"/>
<!-- page width in mm -->
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="pageWidth_">
<xsl:choose>
<xsl:when test="$papersize_width != ''"><xsl:value-of select="$papersize_width"/></xsl:when>
<xsl:otherwise>
210
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="pageWidth" select="normalize-space($pageWidth_)"/>
<!-- page height in mm -->
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="pageHeight_">
<xsl:choose>
<xsl:when test="$papersize_height != ''"><xsl:value-of select="$papersize_height"/></xsl:when>
<xsl:otherwise>
297
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="pageHeight" select="normalize-space($pageHeight_)"/>
<!-- Page margins in mm (just digits, without 'mm')-->
<!-- marginLeftRight1 and marginLeftRight2 - is left or right margin depends on odd/even page,
for example, left margin on odd page and right margin on even page -->
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="marginLeftRight1_">
25
</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="marginLeftRight1" select="normalize-space($marginLeftRight1_)"/>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="marginLeftRight2_">
25
</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="marginLeftRight2" select="normalize-space($marginLeftRight2_)"/>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="marginTop_">
31
</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="marginTop" select="normalize-space($marginTop_)"/>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="marginBottom_">
15
</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="marginBottom" select="normalize-space($marginBottom_)"/>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="layout_columns_default">1</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="layout_columns_" select="normalize-space((//*[contains(local-name(), '-standard')])[1]/*[local-name() = 'metanorma-extension']/*[local-name() = 'presentation-metadata']/*[local-name() = 'layout-columns'])"/>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="layout_columns">
<xsl:choose>
<xsl:when test="$layout_columns_ != ''"><xsl:value-of select="$layout_columns_"/></xsl:when>
<xsl:otherwise><xsl:value-of select="$layout_columns_default"/></xsl:otherwise>
</xsl:choose>
</xsl:variable>
<!-- Note 2: almost all localized string determined in the element //localized-strings in metanorma xml, but there are a few cases when:
- string didn't determined yet
- we need to put the string on two-languages (for instance, on English and French both), but xml contains only localized strings for one language
- there is a difference between localized string value and text that should be displayed in PDF
-->
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="titles_">
<!-- These titles of Table of contents renders different than determined in localized-strings -->
<!-- <title-toc lang="en">
<xsl:if test="$namespace = 'csd' or $namespace = 'ieee' or $namespace = 'iho' or $namespace = 'mpfd' or $namespace = 'ogc' or $namespace = 'unece-rec'">
<xsl:text>Contents</xsl:text>
</xsl:if>
<xsl:if test="$namespace = 'csa' or $namespace = 'm3d' or $namespace = 'nist-sp' or $namespace = 'ogc-white-paper'">
<xsl:text>Table of Contents</xsl:text>
</xsl:if>
<xsl:if test="$namespace = 'gb'">
<xsl:text>Table of contents</xsl:text>
</xsl:if>
</title-toc> -->
<title-toc lang="en">Table of contents</title-toc>
<!-- <title-toc lang="fr">
<xsl:text>Sommaire</xsl:text>
</title-toc> -->
<!-- <title-toc lang="zh">
<xsl:choose>
<xsl:when test="$namespace = 'gb'">
<xsl:text>目次</xsl:text>
</xsl:when>
<xsl:otherwise>
<xsl:text>Contents</xsl:text>
</xsl:otherwise>
</xsl:choose>
</title-toc> -->
<title-toc lang="zh">目次</title-toc>
<title-part lang="en">
<xsl:text>Part #: </xsl:text>
</title-part>
<title-part lang="fr">
<xsl:text>Partie #: </xsl:text>
</title-part>
<title-part lang="ru">
<xsl:text>Часть #: </xsl:text>
</title-part>
<title-part lang="zh">第 # 部分:</title-part>
<title-subpart lang="en">Sub-part #</title-subpart>
<title-subpart lang="fr">Partie de sub #</title-subpart>
</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="titles" select="xalan:nodeset($titles_)"/>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="title-list-tables">
<xsl:variable name="toc_table_title" select="//*[contains(local-name(), '-standard')]/*[local-name() = 'metanorma-extension']/*[local-name() = 'toc'][@type='table']/*[local-name() = 'title']"/>
<xsl:value-of select="$toc_table_title"/>
<xsl:if test="normalize-space($toc_table_title) = ''">
<xsl:call-template name="getLocalizedString">
<xsl:with-param name="key">toc_tables</xsl:with-param>
</xsl:call-template>
</xsl:if>
</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="title-list-figures">
<xsl:variable name="toc_figure_title" select="//*[contains(local-name(), '-standard')]/*[local-name() = 'metanorma-extension']/*[local-name() = 'toc'][@type='figure']/*[local-name() = 'title']"/>
<xsl:value-of select="$toc_figure_title"/>
<xsl:if test="normalize-space($toc_figure_title) = ''">
<xsl:call-template name="getLocalizedString">
<xsl:with-param name="key">toc_figures</xsl:with-param>
</xsl:call-template>
</xsl:if>
</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="title-list-recommendations">
<xsl:variable name="toc_requirement_title" select="//*[contains(local-name(), '-standard')]/*[local-name() = 'metanorma-extension']/*[local-name() = 'toc'][@type='requirement']/*[local-name() = 'title']"/>
<xsl:value-of select="$toc_requirement_title"/>
<xsl:if test="normalize-space($toc_requirement_title) = ''">
<xsl:call-template name="getLocalizedString">
<xsl:with-param name="key">toc_recommendations</xsl:with-param>
</xsl:call-template>
</xsl:if>
</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="bibdata">
<xsl:copy-of select="//*[contains(local-name(), '-standard')]/*[local-name() = 'bibdata']"/>
<xsl:copy-of select="//*[contains(local-name(), '-standard')]/*[local-name() = 'localized-strings']"/>
</xsl:variable>
<!-- Characters -->
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="linebreak">
</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="tab_zh"> </xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="non_breaking_hyphen">‑</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="thin_space"> </xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="zero_width_space"></xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hair_space"> </xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="en_dash">–</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="em_dash">—</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="cr"> </xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="lf">
</xsl:variable>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="getTitle">
<xsl:param name="name"/>
<xsl:param name="lang"/>
<xsl:variable name="lang_">
<xsl:choose>
<xsl:when test="$lang != ''">
<xsl:value-of select="$lang"/>
</xsl:when>
<xsl:otherwise>
<xsl:call-template name="getLang"/>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:variable name="language" select="normalize-space($lang_)"/>
<xsl:variable name="title_" select="$titles/*[local-name() = $name][@lang = $language]"/>
<xsl:choose>
<xsl:when test="normalize-space($title_) != ''">
<xsl:value-of select="$title_"/>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="$titles/*[local-name() = $name][@lang = 'en']"/>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="lower">abcdefghijklmnopqrstuvwxyz</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="upper">ABCDEFGHIJKLMNOPQRSTUVWXYZ</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="en_chars" select="concat($lower,$upper,',.`1234567890-=~!@#$%^*()_+[]{}\|?/')"/>
<!-- ====================================== -->
<!-- STYLES -->
<!-- ====================================== -->
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="font_noto_sans">Noto Sans, Noto Sans HK, Noto Sans JP, Noto Sans KR, Noto Sans SC, Noto Sans TC</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="font_noto_sans_mono">Noto Sans Mono, Noto Sans Mono CJK HK, Noto Sans Mono CJK JP, Noto Sans Mono CJK KR, Noto Sans Mono CJK SC, Noto Sans Mono CJK TC</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="font_noto_serif">Noto Serif, Noto Serif HK, Noto Serif JP, Noto Serif KR, Noto Serif SC, Noto Serif TC</xsl:variable>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="root-style">
<xsl:attribute name="font-family">Arial, Times New Roman, STIX Two Math, <xsl:value-of select="$font_noto_sans"/></xsl:attribute>
<xsl:attribute name="font-family-generic">Sans</xsl:attribute>
<xsl:attribute name="font-size">10pt</xsl:attribute>
</xsl:attribute-set> <!-- root-style -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="insertRootStyle">
<xsl:param name="root-style"/>
<xsl:variable name="root-style_" select="xalan:nodeset($root-style)"/>
<xsl:variable name="additional_fonts_">
<xsl:for-each select="//*[contains(local-name(), '-standard')][1]/*[local-name() = 'metanorma-extension']/*[local-name() = 'presentation-metadata'][*[local-name() = 'name'] = 'fonts']/*[local-name() = 'value'] | //*[contains(local-name(), '-standard')][1]/*[local-name() = 'presentation-metadata'][*[local-name() = 'name'] = 'fonts']/*[local-name() = 'value']">
<xsl:value-of select="."/><xsl:if test="position() != last()">, </xsl:if>
</xsl:for-each>
</xsl:variable>
<xsl:variable name="additional_fonts" select="normalize-space($additional_fonts_)"/>
<xsl:variable name="font_family_generic" select="$root-style_/root-style/@font-family-generic"/>
<xsl:for-each select="$root-style_/root-style/@*">
<xsl:choose>
<xsl:when test="local-name() = 'font-family-generic'"><!-- skip, it's using for determine 'sans' or 'serif' --></xsl:when>
<xsl:when test="local-name() = 'font-family'">
<xsl:variable name="font_regional_prefix">
<xsl:choose>
<xsl:when test="$font_family_generic = 'Sans'">Noto Sans</xsl:when>
<xsl:otherwise>Noto Serif</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:attribute name="{local-name()}">
<xsl:variable name="font_extended">
<xsl:choose>
<xsl:when test="$lang = 'zh'"><xsl:value-of select="$font_regional_prefix"/> SC</xsl:when>
<xsl:when test="$lang = 'hk'"><xsl:value-of select="$font_regional_prefix"/> HK</xsl:when>
<xsl:when test="$lang = 'jp'"><xsl:value-of select="$font_regional_prefix"/> JP</xsl:when>
<xsl:when test="$lang = 'kr'"><xsl:value-of select="$font_regional_prefix"/> KR</xsl:when>
<xsl:when test="$lang = 'sc'"><xsl:value-of select="$font_regional_prefix"/> SC</xsl:when>
<xsl:when test="$lang = 'tc'"><xsl:value-of select="$font_regional_prefix"/> TC</xsl:when>
</xsl:choose>
</xsl:variable>
<xsl:if test="normalize-space($font_extended) != ''">
<xsl:value-of select="$font_regional_prefix"/><xsl:text>, </xsl:text>
<xsl:value-of select="$font_extended"/><xsl:text>, </xsl:text>
</xsl:if>
<xsl:variable name="font_family" select="."/>
<xsl:choose>
<xsl:when test="$additional_fonts = ''">
<xsl:value-of select="$font_family"/>
</xsl:when>
<xsl:otherwise> <!-- $additional_fonts != '' -->
<xsl:choose>
<xsl:when test="contains($font_family, ',')">
<xsl:value-of select="substring-before($font_family, ',')"/>
<xsl:text>, </xsl:text><xsl:value-of select="$additional_fonts"/>
<xsl:text>, </xsl:text><xsl:value-of select="substring-after($font_family, ',')"/>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="$font_family"/>
<xsl:text>, </xsl:text><xsl:value-of select="$additional_fonts"/>
</xsl:otherwise>
</xsl:choose>
</xsl:otherwise>
</xsl:choose>
</xsl:attribute>
</xsl:when>
<xsl:otherwise>
<xsl:copy-of select="."/>
</xsl:otherwise>
</xsl:choose>
<!-- <xsl:choose>
<xsl:when test="local-name() = 'font-family'">
<xsl:attribute name="{local-name()}">
<xsl:value-of select="."/>, <xsl:value-of select="$additional_fonts"/>
</xsl:attribute>
</xsl:when>
<xsl:otherwise>
<xsl:copy-of select="."/>
</xsl:otherwise>
</xsl:choose> -->
</xsl:for-each>
</xsl:template> <!-- insertRootStyle -->
<!-- Preface sections styles -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="copyright-statement-style">
</xsl:attribute-set> <!-- copyright-statement-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="copyright-statement-title-style">
</xsl:attribute-set> <!-- copyright-statement-title-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="copyright-statement-p-style">
</xsl:attribute-set> <!-- copyright-statement-p-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="license-statement-style">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="license-statement-title-style">
<xsl:attribute name="keep-with-next">always</xsl:attribute>
</xsl:attribute-set> <!-- license-statement-title-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="license-statement-p-style">
</xsl:attribute-set> <!-- license-statement-p-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="legal-statement-style">
</xsl:attribute-set> <!-- legal-statement-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="legal-statement-title-style">
<xsl:attribute name="keep-with-next">always</xsl:attribute>
</xsl:attribute-set> <!-- legal-statement-title-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="legal-statement-p-style">
</xsl:attribute-set> <!-- legal-statement-p-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="feedback-statement-style">
</xsl:attribute-set> <!-- feedback-statement-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="feedback-statement-title-style">
<xsl:attribute name="keep-with-next">always</xsl:attribute>
<xsl:attribute name="font-weight">bold</xsl:attribute>
</xsl:attribute-set> <!-- feedback-statement-title-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="feedback-statement-p-style">
<xsl:attribute name="margin-bottom">6pt</xsl:attribute>
</xsl:attribute-set> <!-- feedback-statement-p-style -->
<!-- End Preface sections styles -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="link-style">
</xsl:attribute-set>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_link-style">
<xsl:if test="ancestor::*[local-name()='feedback-statement' or local-name() = 'copyright-statement']">
<xsl:attribute name="color">blue</xsl:attribute>
</xsl:if>
</xsl:template> <!-- refine_link-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="sourcecode-container-style">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="sourcecode-style">
<xsl:attribute name="white-space">pre</xsl:attribute>
<xsl:attribute name="wrap-option">wrap</xsl:attribute>
<xsl:attribute name="role">Code</xsl:attribute>
<xsl:attribute name="font-family">Courier New, <xsl:value-of select="$font_noto_sans_mono"/></xsl:attribute>
<xsl:attribute name="margin-top">5pt</xsl:attribute>
<xsl:attribute name="margin-bottom">5pt</xsl:attribute>
</xsl:attribute-set>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_sourcecode-style">
</xsl:template> <!-- refine_sourcecode-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="pre-style">
<xsl:attribute name="font-family">Courier New, <xsl:value-of select="$font_noto_sans_mono"/></xsl:attribute>
<xsl:attribute name="margin-bottom">6pt</xsl:attribute>
<xsl:attribute name="margin-top">5pt</xsl:attribute>
<xsl:attribute name="margin-bottom">5pt</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="permission-style">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="permission-name-style">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="permission-label-style">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="requirement-style">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="requirement-name-style">
<xsl:attribute name="keep-with-next">always</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="requirement-label-style">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="subject-style">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="inherit-style">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="description-style">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="specification-style">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="measurement-target-style">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="verification-style">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="import-style">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="component-style">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="recommendation-style">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="recommendation-name-style">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="recommendation-label-style">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="termexample-style">
<xsl:attribute name="margin-top">14pt</xsl:attribute>
<xsl:attribute name="margin-bottom">10pt</xsl:attribute>
</xsl:attribute-set>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_termexample-style">
</xsl:template>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="example-style">
<xsl:attribute name="space-before">8pt</xsl:attribute>
<xsl:attribute name="space-after">8pt</xsl:attribute>
</xsl:attribute-set> <!-- example-style -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_example-style">
</xsl:template> <!-- refine_example-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="example-body-style">
<xsl:attribute name="margin-left">10mm</xsl:attribute>
</xsl:attribute-set> <!-- example-body-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="example-name-style">
<xsl:attribute name="keep-with-next">always</xsl:attribute>
<xsl:attribute name="padding-right">9mm</xsl:attribute>
</xsl:attribute-set> <!-- example-name-style -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_example-name-style">
</xsl:template>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="example-p-style">
<xsl:attribute name="margin-top">5pt</xsl:attribute>
</xsl:attribute-set> <!-- example-p-style -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_example-p-style">
</xsl:template> <!-- refine_example-p-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="termexample-name-style">
<xsl:attribute name="padding-right">10mm</xsl:attribute>
</xsl:attribute-set> <!-- termexample-name-style -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_termexample-name-style">
</xsl:template>
<!-- ========================== -->
<!-- Table styles -->
<!-- ========================== -->
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="table-border_">
</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="table-border" select="normalize-space($table-border_)"/>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="table-cell-border_">
</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="table-cell-border" select="normalize-space($table-cell-border_)"/>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="table-container-style">
<xsl:attribute name="margin-left">0mm</xsl:attribute>
<xsl:attribute name="margin-right">0mm</xsl:attribute>
<xsl:attribute name="font-size">8pt</xsl:attribute>
<xsl:attribute name="space-after">12pt</xsl:attribute>
</xsl:attribute-set> <!-- table-container-style -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_table-container-style">
<xsl:param name="margin-side"/>
<xsl:attribute name="margin-left"><xsl:value-of select="-$margin-side"/>mm</xsl:attribute>
<xsl:attribute name="margin-right"><xsl:value-of select="-$margin-side"/>mm</xsl:attribute>
<xsl:if test="ancestor::*[local-name() = 'preface']">
<xsl:attribute name="space-after">16pt</xsl:attribute>
</xsl:if>
<!-- end table block-container attributes -->
</xsl:template> <!-- refine_table-container-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="table-style">
<xsl:attribute name="table-omit-footer-at-break">true</xsl:attribute>
<xsl:attribute name="table-layout">fixed</xsl:attribute>
<xsl:attribute name="border">0.5pt solid black</xsl:attribute>
</xsl:attribute-set><!-- table-style -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_table-style">
<xsl:param name="margin-side"/>
<xsl:if test="$margin-side != 0">
<xsl:attribute name="margin-left"><xsl:value-of select="$margin-side"/>mm</xsl:attribute>
<xsl:attribute name="margin-right"><xsl:value-of select="$margin-side"/>mm</xsl:attribute>
</xsl:if>
<xsl:call-template name="setBordersTableArray"/>
</xsl:template> <!-- refine_table-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="table-name-style">
<xsl:attribute name="keep-with-next">always</xsl:attribute>
<xsl:attribute name="font-weight">bold</xsl:attribute>
<xsl:attribute name="text-align">center</xsl:attribute>
<!-- <xsl:attribute name="margin-bottom">6pt</xsl:attribute> -->
<xsl:attribute name="margin-bottom">-12pt</xsl:attribute>
<xsl:attribute name="space-before">12pt</xsl:attribute>
</xsl:attribute-set> <!-- table-name-style -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_table-name-style">
<xsl:param name="continued"/>
<xsl:if test="$continued = 'true'">
<xsl:attribute name="font-size">10pt</xsl:attribute>
<xsl:attribute name="margin-bottom">6pt</xsl:attribute>
</xsl:if>
</xsl:template> <!-- refine_table-name-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="table-row-style">
<xsl:attribute name="min-height">4mm</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="table-header-row-style" use-attribute-sets="table-row-style">
<xsl:attribute name="font-weight">bold</xsl:attribute>
<xsl:attribute name="border-top">solid black 0.5pt</xsl:attribute>
<xsl:attribute name="border-bottom">solid black 0.5pt</xsl:attribute>
</xsl:attribute-set>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_table-header-row-style">
<xsl:call-template name="setBordersTableArray"/>
</xsl:template> <!-- refine_table-header-row-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="table-footer-row-style" use-attribute-sets="table-row-style">
<xsl:attribute name="border-left">solid black 0.5pt</xsl:attribute>
<xsl:attribute name="border-right">solid black 0.5pt</xsl:attribute>
</xsl:attribute-set>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_table-footer-row-style">
</xsl:template> <!-- refine_table-footer-row-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="table-body-row-style" use-attribute-sets="table-row-style">
</xsl:attribute-set>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_table-body-row-style">
<xsl:call-template name="setBordersTableArray"/>
</xsl:template> <!-- refine_table-body-row-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="table-header-cell-style">
<xsl:attribute name="font-weight">bold</xsl:attribute>
<xsl:attribute name="padding-left">1mm</xsl:attribute>
<xsl:attribute name="padding-right">1mm</xsl:attribute>
<xsl:attribute name="display-align">center</xsl:attribute>
<xsl:attribute name="padding-top">1mm</xsl:attribute>
<xsl:attribute name="border">solid black 0.5pt</xsl:attribute>
<xsl:attribute name="text-align">center</xsl:attribute>
</xsl:attribute-set> <!-- table-header-cell-style -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_table-header-cell-style">
<xsl:attribute name="text-align">center</xsl:attribute>
<xsl:if test="ancestor::*[local-name()='preface']">
<xsl:attribute name="font-weight">normal</xsl:attribute>
</xsl:if>
<xsl:call-template name="setBordersTableArray"/>
<xsl:if test="$lang = 'ar'">
<xsl:attribute name="padding-right">1mm</xsl:attribute>
</xsl:if>
<xsl:call-template name="setTableCellAttributes"/>
</xsl:template> <!-- refine_table-header-cell-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="table-cell-style">
<xsl:attribute name="display-align">center</xsl:attribute>
<xsl:attribute name="padding-left">1mm</xsl:attribute>
<xsl:attribute name="padding-right">1mm</xsl:attribute>
<xsl:attribute name="padding-top">0.5mm</xsl:attribute>
<xsl:attribute name="border">solid black 0.5pt</xsl:attribute>
</xsl:attribute-set> <!-- table-cell-style -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_table-cell-style">
<xsl:if test="$lang = 'ar'">
<xsl:attribute name="padding-right">1mm</xsl:attribute>
</xsl:if>
<!-- bsi -->
<xsl:if test="ancestor::*[local-name()='preface']">
<xsl:attribute name="text-align">center</xsl:attribute>
</xsl:if>
<xsl:call-template name="setBordersTableArray"/>
</xsl:template> <!-- refine_table-cell-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="table-footer-cell-style">
<xsl:attribute name="border">solid black 1pt</xsl:attribute>
<xsl:attribute name="padding-left">1mm</xsl:attribute>
<xsl:attribute name="padding-right">1mm</xsl:attribute>
<xsl:attribute name="padding-top">1mm</xsl:attribute>
<xsl:attribute name="border">solid black 0.5pt</xsl:attribute>
</xsl:attribute-set> <!-- table-footer-cell-style -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_table-footer-cell-style">
</xsl:template> <!-- refine_table-footer-cell-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="table-note-style">
<xsl:attribute name="font-size">10pt</xsl:attribute>
<xsl:attribute name="margin-bottom">12pt</xsl:attribute>
<xsl:attribute name="font-size">8pt</xsl:attribute>
<xsl:attribute name="margin-bottom">6pt</xsl:attribute>
</xsl:attribute-set><!-- table-note-style -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_table-note-style">
</xsl:template> <!-- refine_table-note-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="table-fn-style">
<xsl:attribute name="margin-bottom">12pt</xsl:attribute>
<xsl:attribute name="font-size">8pt</xsl:attribute>
<xsl:attribute name="margin-bottom">6pt</xsl:attribute>
<xsl:attribute name="text-indent">-6mm</xsl:attribute>
<xsl:attribute name="margin-left">6mm</xsl:attribute>
</xsl:attribute-set> <!-- table-fn-style -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_table-fn-style">
</xsl:template>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="table-fn-number-style">
<xsl:attribute name="font-size">80%</xsl:attribute>
<xsl:attribute name="padding-right">5mm</xsl:attribute>
<xsl:attribute name="baseline-shift">30%</xsl:attribute>
<xsl:attribute name="font-size">70%</xsl:attribute>
</xsl:attribute-set> <!-- table-fn-number-style -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_table-fn-number-style">
</xsl:template>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="fn-container-body-style">
<xsl:attribute name="text-indent">0</xsl:attribute>
<xsl:attribute name="start-indent">0</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="table-fn-body-style">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="figure-fn-number-style">
<xsl:attribute name="font-size">80%</xsl:attribute>
<xsl:attribute name="padding-right">5mm</xsl:attribute>
<xsl:attribute name="vertical-align">super</xsl:attribute>
<xsl:attribute name="baseline-shift">65%</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="figure-fn-body-style">
<xsl:attribute name="text-align">justify</xsl:attribute>
<xsl:attribute name="margin-bottom">12pt</xsl:attribute>
<xsl:attribute name="margin-top">5pt</xsl:attribute>
<xsl:attribute name="margin-bottom">10pt</xsl:attribute>
</xsl:attribute-set>
<!-- ========================== -->
<!-- END Table styles -->
<!-- ========================== -->
<!-- ========================== -->
<!-- Definition's list styles -->
<!-- ========================== -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="dl-block-style">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="dt-row-style">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="dt-cell-style">
</xsl:attribute-set>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_dt-cell-style">
</xsl:template> <!-- refine_dt-cell-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="dt-block-style">
<xsl:attribute name="margin-top">0pt</xsl:attribute>
</xsl:attribute-set>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_dt-block-style">
</xsl:template> <!-- refine_dt-block-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="dl-name-style">
<xsl:attribute name="keep-with-next">always</xsl:attribute>
<xsl:attribute name="margin-bottom">6pt</xsl:attribute>
<xsl:attribute name="font-weight">bold</xsl:attribute>
</xsl:attribute-set> <!-- dl-name-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="dd-cell-style">
<xsl:attribute name="padding-left">2mm</xsl:attribute>
</xsl:attribute-set>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_dd-cell-style">
</xsl:template> <!-- refine_dd-cell-style -->
<!-- ========================== -->
<!-- END Definition's list styles -->
<!-- ========================== -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="appendix-style">
<xsl:attribute name="font-weight">bold</xsl:attribute>
<xsl:attribute name="margin-top">5pt</xsl:attribute>
<xsl:attribute name="margin-bottom">5pt</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="appendix-example-style">
<xsl:attribute name="margin-top">14pt</xsl:attribute>
<xsl:attribute name="margin-bottom">14pt</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="xref-style">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="eref-style">
</xsl:attribute-set>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_eref-style">
<xsl:variable name="citeas" select="java:replaceAll(java:java.lang.String.new(@citeas),'^\[?(.+?)\]?$','$1')"/> <!-- remove leading and trailing brackets -->
<xsl:variable name="text" select="normalize-space()"/>
</xsl:template> <!-- refine_eref-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="note-style">
<xsl:attribute name="font-size">8pt</xsl:attribute>
<xsl:attribute name="margin-top">5pt</xsl:attribute>
<xsl:attribute name="margin-bottom">9pt</xsl:attribute>
</xsl:attribute-set>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_note-style">
</xsl:template>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="note-body-indent">10mm</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="note-body-indent-table">5mm</xsl:variable>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="note-name-style">
<xsl:attribute name="padding-right">6mm</xsl:attribute>
</xsl:attribute-set>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_note-name-style">
</xsl:template> <!-- refine_note-name-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="table-note-name-style">
<xsl:attribute name="padding-right">2mm</xsl:attribute>
</xsl:attribute-set>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_table-note-name-style">
</xsl:template> <!-- refine_table-note-name-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="note-p-style">
<xsl:attribute name="margin-top">5pt</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="termnote-style">
<xsl:attribute name="font-size">8pt</xsl:attribute>
<xsl:attribute name="margin-top">5pt</xsl:attribute>
<xsl:attribute name="margin-bottom">5pt</xsl:attribute>
</xsl:attribute-set>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_termnote-style">
</xsl:template> <!-- refine_termnote-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="termnote-name-style">
</xsl:attribute-set>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_termnote-name-style">
</xsl:template>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="termnote-p-style">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="quote-style">
<xsl:attribute name="margin-left">12mm</xsl:attribute>
<xsl:attribute name="margin-right">12mm</xsl:attribute>
<xsl:attribute name="margin-top">5pt</xsl:attribute>
<xsl:attribute name="margin-bottom">10pt</xsl:attribute>
</xsl:attribute-set>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_quote-style">
</xsl:template>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="quote-source-style">
<xsl:attribute name="text-align">right</xsl:attribute>
<xsl:attribute name="margin-top">15pt</xsl:attribute>
<xsl:attribute name="margin-left">12mm</xsl:attribute>
<xsl:attribute name="margin-right">12mm</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="termsource-style">
<xsl:attribute name="margin-bottom">8pt</xsl:attribute>
<xsl:attribute name="keep-with-previous">always</xsl:attribute>
</xsl:attribute-set>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_termsource-style">
</xsl:template> <!-- refine_termsource-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="termsource-text-style">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="origin-style">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="term-style">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="term-name-style">
<xsl:attribute name="keep-with-next">always</xsl:attribute>
<xsl:attribute name="font-weight">bold</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="figure-block-style">
<xsl:attribute name="role">SKIP</xsl:attribute>
<xsl:attribute name="margin-bottom">12pt</xsl:attribute>
</xsl:attribute-set>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_figure-block-style">
</xsl:template>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="figure-style">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="figure-name-style">
<xsl:attribute name="role">Caption</xsl:attribute>
<xsl:attribute name="font-weight">bold</xsl:attribute>
<xsl:attribute name="text-align">center</xsl:attribute>
<xsl:attribute name="margin-top">12pt</xsl:attribute>
<xsl:attribute name="space-after">12pt</xsl:attribute>
<xsl:attribute name="keep-with-previous">always</xsl:attribute>
</xsl:attribute-set>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_figure-name-style">
</xsl:template> <!-- refine_figure-name-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="figure-source-style">
<xsl:attribute name="font-size">6pt</xsl:attribute>
<xsl:attribute name="font-style">italic</xsl:attribute>
<xsl:attribute name="text-align">right</xsl:attribute>
</xsl:attribute-set>
<!-- Formula's styles -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="formula-style">
<xsl:attribute name="margin-top">6pt</xsl:attribute>
<xsl:attribute name="margin-bottom">12pt</xsl:attribute>
</xsl:attribute-set> <!-- formula-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="formula-stem-block-style">
<xsl:attribute name="text-align">center</xsl:attribute>
</xsl:attribute-set> <!-- formula-stem-block-style -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_formula-stem-block-style">
</xsl:template> <!-- refine_formula-stem-block-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="formula-stem-number-style">
<xsl:attribute name="text-align">right</xsl:attribute>
<xsl:attribute name="margin-right">-10mm</xsl:attribute>
</xsl:attribute-set> <!-- formula-stem-number-style -->
<!-- End Formula's styles -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_formula-stem-number-style">
<xsl:if test="ancestor::*[local-name() = 'table']">
<xsl:attribute name="margin-right">0mm</xsl:attribute>
</xsl:if>
</xsl:template>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="image-style">
<xsl:attribute name="role">SKIP</xsl:attribute>
<xsl:attribute name="text-align">center</xsl:attribute>
</xsl:attribute-set>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_image-style">
</xsl:template>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="figure-pseudocode-p-style">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="image-graphic-style">
<xsl:attribute name="width">100%</xsl:attribute>
<xsl:attribute name="content-height">100%</xsl:attribute>
<xsl:attribute name="scaling">uniform</xsl:attribute>
<xsl:attribute name="content-height">scale-to-fit</xsl:attribute>
<xsl:attribute name="width">75%</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="tt-style">
<xsl:attribute name="font-family">Courier New, <xsl:value-of select="$font_noto_sans_mono"/></xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="sourcecode-name-style">
<xsl:attribute name="font-size">11pt</xsl:attribute>
<xsl:attribute name="font-weight">bold</xsl:attribute>
<xsl:attribute name="text-align">center</xsl:attribute>
<xsl:attribute name="margin-bottom">12pt</xsl:attribute>
<xsl:attribute name="keep-with-previous">always</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="preferred-block-style">
<xsl:attribute name="line-height">1.1</xsl:attribute>
<xsl:attribute name="space-before">14pt</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="preferred-term-style">
<xsl:attribute name="keep-with-next">always</xsl:attribute>
<xsl:attribute name="font-weight">bold</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="domain-style">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="admitted-style">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="deprecates-style">
<xsl:attribute name="font-size">8pt</xsl:attribute>
<xsl:attribute name="margin-top">5pt</xsl:attribute>
<xsl:attribute name="margin-bottom">5pt</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="definition-style">
<xsl:attribute name="margin-bottom">6pt</xsl:attribute>
</xsl:attribute-set>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="color-added-text">
<xsl:text>rgb(0, 255, 0)</xsl:text>
</xsl:variable>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="add-style">
<xsl:attribute name="color">red</xsl:attribute>
<xsl:attribute name="text-decoration">underline</xsl:attribute>
<!-- <xsl:attribute name="color">black</xsl:attribute>
<xsl:attribute name="background-color"><xsl:value-of select="$color-added-text"/></xsl:attribute>
<xsl:attribute name="padding-top">1mm</xsl:attribute>
<xsl:attribute name="padding-bottom">0.5mm</xsl:attribute> -->
</xsl:attribute-set>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="add-style">
<add-style xsl:use-attribute-sets="add-style"/>
</xsl:variable>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="append_add-style">
<xsl:copy-of select="xalan:nodeset($add-style)/add-style/@*"/>
</xsl:template>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="color-deleted-text">
<xsl:text>red</xsl:text>
</xsl:variable>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="del-style">
<xsl:attribute name="color"><xsl:value-of select="$color-deleted-text"/></xsl:attribute>
<xsl:attribute name="text-decoration">line-through</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="mathml-style">
<xsl:attribute name="font-family">STIX Two Math</xsl:attribute>
</xsl:attribute-set>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_mathml-style">
</xsl:template>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="list-style">
<xsl:attribute name="provisional-distance-between-starts">6mm</xsl:attribute>
<xsl:attribute name="margin-bottom">12pt</xsl:attribute>
</xsl:attribute-set> <!-- list-style -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_list-style">
<xsl:if test="ancestor::iec:ul or ancestor::iec:ol">
<xsl:attribute name="margin-bottom">0pt</xsl:attribute>
</xsl:if>
</xsl:template> <!-- refine_list-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="list-name-style">
<xsl:attribute name="keep-with-next">always</xsl:attribute>
<xsl:attribute name="font-weight">bold</xsl:attribute>
</xsl:attribute-set> <!-- list-name-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="list-item-style">
</xsl:attribute-set>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_list-item-style">
</xsl:template> <!-- refine_list-item-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="list-item-label-style">
</xsl:attribute-set>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_list-item-label-style">
</xsl:template> <!-- refine_list-item-label-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="list-item-body-style">
</xsl:attribute-set>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_list-item-body-style">
</xsl:template> <!-- refine_list-item-body-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="toc-style">
<xsl:attribute name="line-height">135%</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="fn-reference-style">
<xsl:attribute name="font-size">80%</xsl:attribute>
<xsl:attribute name="keep-with-previous.within-line">always</xsl:attribute>
</xsl:attribute-set>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_fn-reference-style">
<xsl:if test="ancestor::*[local-name()='table']">
<xsl:attribute name="font-weight">normal</xsl:attribute>
<xsl:attribute name="baseline-shift">15%</xsl:attribute>
</xsl:if>
</xsl:template> <!-- refine_fn-reference-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="fn-style">
<xsl:attribute name="keep-with-previous.within-line">always</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="fn-num-style">
<xsl:attribute name="keep-with-previous.within-line">always</xsl:attribute>
<xsl:attribute name="font-size">8pt</xsl:attribute>
<xsl:attribute name="baseline-shift">15%</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="fn-body-style">
<xsl:attribute name="font-weight">normal</xsl:attribute>
<xsl:attribute name="font-style">normal</xsl:attribute>
<xsl:attribute name="text-indent">0</xsl:attribute>
<xsl:attribute name="start-indent">0</xsl:attribute>
<xsl:attribute name="font-size">8pt</xsl:attribute>
<xsl:attribute name="margin-bottom">5pt</xsl:attribute>
</xsl:attribute-set>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_fn-body-style">
</xsl:template> <!-- refine_fn-body-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="fn-body-num-style">
<xsl:attribute name="keep-with-next.within-line">always</xsl:attribute>
<xsl:attribute name="baseline-shift">15%</xsl:attribute>
<xsl:attribute name="padding-right">3mm</xsl:attribute>
</xsl:attribute-set> <!-- fn-body-num-style -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_fn-body-num-style">
</xsl:template> <!-- refine_fn-body-num-style -->
<!-- admonition -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="admonition-style">
<xsl:attribute name="border">0.5pt solid black</xsl:attribute>
<xsl:attribute name="margin-left">-2mm</xsl:attribute>
<xsl:attribute name="margin-right">-2mm</xsl:attribute>
<xsl:attribute name="space-before">18pt</xsl:attribute>
<xsl:attribute name="space-after">12pt</xsl:attribute>
</xsl:attribute-set> <!-- admonition-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="admonition-container-style">
<xsl:attribute name="margin-left">0mm</xsl:attribute>
<xsl:attribute name="margin-right">0mm</xsl:attribute>
<xsl:attribute name="font-weight">bold</xsl:attribute>
<xsl:attribute name="padding">1mm</xsl:attribute>
<xsl:attribute name="padding-top">2mm</xsl:attribute>
</xsl:attribute-set> <!-- admonition-container-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="admonition-name-style">
<xsl:attribute name="keep-with-next">always</xsl:attribute>
</xsl:attribute-set> <!-- admonition-name-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="admonition-p-style">
</xsl:attribute-set> <!-- admonition-p-style -->
<!-- end admonition -->
<!-- bibitem in Normative References (references/@normative="true") -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="bibitem-normative-style">
<xsl:attribute name="margin-top">5pt</xsl:attribute>
<xsl:attribute name="margin-bottom">10pt</xsl:attribute>
</xsl:attribute-set> <!-- bibitem-normative-style -->
<!-- bibitem in Normative References (references/@normative="true"), renders as list -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="bibitem-normative-list-style">
<xsl:attribute name="provisional-distance-between-starts">12mm</xsl:attribute>
<xsl:attribute name="margin-bottom">12pt</xsl:attribute>
<xsl:attribute name="margin-top">5pt</xsl:attribute>
<xsl:attribute name="margin-bottom">14pt</xsl:attribute>
<!-- <xsl:if test="$namespace = 'ieee'">
<xsl:attribute name="margin-bottom">6pt</xsl:attribute>
<xsl:attribute name="provisional-distance-between-starts">9.5mm</xsl:attribute>
</xsl:if> -->
</xsl:attribute-set> <!-- bibitem-normative-list-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="bibitem-non-normative-style">
</xsl:attribute-set> <!-- bibitem-non-normative-style -->
<!-- bibitem in bibliography section (references/@normative="false"), renders as list -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="bibitem-non-normative-list-style">
<xsl:attribute name="provisional-distance-between-starts">12mm</xsl:attribute>
<xsl:attribute name="margin-bottom">12pt</xsl:attribute>
<xsl:attribute name="margin-top">5pt</xsl:attribute>
<xsl:attribute name="margin-bottom">14pt</xsl:attribute>
</xsl:attribute-set> <!-- bibitem-non-normative-list-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="bibitem-non-normative-list-item-style">
<xsl:attribute name="margin-bottom">12pt</xsl:attribute>
<xsl:attribute name="margin-top">5pt</xsl:attribute>
<xsl:attribute name="margin-bottom">14pt</xsl:attribute>
</xsl:attribute-set>
<!-- bibitem in bibliography section (references/@normative="false"), list body -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="bibitem-normative-list-body-style">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="bibitem-non-normative-list-body-style">
</xsl:attribute-set> <!-- bibitem-non-normative-list-body-style -->
<!-- footnote reference number for bibitem, in the text -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="bibitem-note-fn-style">
<xsl:attribute name="keep-with-previous.within-line">always</xsl:attribute>
<xsl:attribute name="font-size">65%</xsl:attribute>
<xsl:attribute name="font-size">8pt</xsl:attribute>
<xsl:attribute name="baseline-shift">15%</xsl:attribute>
</xsl:attribute-set> <!-- bibitem-note-fn-style -->
<!-- footnote number on the page bottom -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="bibitem-note-fn-number-style">
<xsl:attribute name="keep-with-next.within-line">always</xsl:attribute>
<xsl:attribute name="baseline-shift">15%</xsl:attribute>
<xsl:attribute name="padding-right">3mm</xsl:attribute>
</xsl:attribute-set> <!-- bibitem-note-fn-number-style -->
<!-- footnote body (text) on the page bottom -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="bibitem-note-fn-body-style">
<xsl:attribute name="font-size">10pt</xsl:attribute>
<xsl:attribute name="margin-bottom">12pt</xsl:attribute>
<xsl:attribute name="start-indent">0pt</xsl:attribute>
<xsl:attribute name="font-size">8pt</xsl:attribute>
<xsl:attribute name="margin-bottom">5pt</xsl:attribute>
</xsl:attribute-set> <!-- bibitem-note-fn-body-style -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="references-non-normative-style">
</xsl:attribute-set> <!-- references-non-normative-style -->
<!-- Highlight.js syntax GitHub styles -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-doctag">
<xsl:attribute name="color">#d73a49</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-keyword">
<xsl:attribute name="color">#d73a49</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-meta_hljs-keyword">
<xsl:attribute name="color">#d73a49</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-template-tag">
<xsl:attribute name="color">#d73a49</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-template-variable">
<xsl:attribute name="color">#d73a49</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-type">
<xsl:attribute name="color">#d73a49</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-variable_and_language_">
<xsl:attribute name="color">#d73a49</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-title">
<xsl:attribute name="color">#6f42c1</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-title_and_class_">
<xsl:attribute name="color">#6f42c1</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-title_and_class__and_inherited__">
<xsl:attribute name="color">#6f42c1</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-title_and_function_">
<xsl:attribute name="color">#6f42c1</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-attr">
<xsl:attribute name="color">#005cc5</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-attribute">
<xsl:attribute name="color">#005cc5</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-literal">
<xsl:attribute name="color">#005cc5</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-meta">
<xsl:attribute name="color">#005cc5</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-number">
<xsl:attribute name="color">#005cc5</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-operator">
<xsl:attribute name="color">#005cc5</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-variable">
<xsl:attribute name="color">#005cc5</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-selector-attr">
<xsl:attribute name="color">#005cc5</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-selector-class">
<xsl:attribute name="color">#005cc5</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-selector-id">
<xsl:attribute name="color">#005cc5</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-regexp">
<xsl:attribute name="color">#032f62</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-string">
<xsl:attribute name="color">#032f62</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-meta_hljs-string">
<xsl:attribute name="color">#032f62</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-built_in">
<xsl:attribute name="color">#e36209</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-symbol">
<xsl:attribute name="color">#e36209</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-comment">
<xsl:attribute name="color">#6a737d</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-code">
<xsl:attribute name="color">#6a737d</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-formula">
<xsl:attribute name="color">#6a737d</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-name">
<xsl:attribute name="color">#22863a</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-quote">
<xsl:attribute name="color">#22863a</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-selector-tag">
<xsl:attribute name="color">#22863a</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-selector-pseudo">
<xsl:attribute name="color">#22863a</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-subst">
<xsl:attribute name="color">#24292e</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-section">
<xsl:attribute name="color">#005cc5</xsl:attribute>
<xsl:attribute name="font-weight">bold</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-bullet">
<xsl:attribute name="color">#735c0f</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-emphasis">
<xsl:attribute name="color">#24292e</xsl:attribute>
<xsl:attribute name="font-style">italic</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-strong">
<xsl:attribute name="color">#24292e</xsl:attribute>
<xsl:attribute name="font-weight">bold</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-addition">
<xsl:attribute name="color">#22863a</xsl:attribute>
<xsl:attribute name="background-color">#f0fff4</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-deletion">
<xsl:attribute name="color">#b31d28</xsl:attribute>
<xsl:attribute name="background-color">#ffeef0</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-char_and_escape_">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-link">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-params">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-property">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-punctuation">
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="hljs-tag">
</xsl:attribute-set>
<!-- End Highlight syntax styles -->
<!-- Index section styles -->
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="indexsect-title-style">
<xsl:attribute name="role">H1</xsl:attribute>
<xsl:attribute name="font-size">12pt</xsl:attribute>
<xsl:attribute name="font-weight">bold</xsl:attribute>
<xsl:attribute name="margin-bottom">84pt</xsl:attribute>
</xsl:attribute-set>
<xsl:attribute-set xmlns:redirect="http://xml.apache.org/xalan/redirect" name="indexsect-clause-title-style">
<xsl:attribute name="keep-with-next">always</xsl:attribute>
<xsl:attribute name="font-size">10pt</xsl:attribute>
<xsl:attribute name="font-weight">bold</xsl:attribute>
<xsl:attribute name="margin-bottom">3pt</xsl:attribute>
</xsl:attribute-set>
<!-- End Index section styles -->
<!-- ====================================== -->
<!-- END STYLES -->
<!-- ====================================== -->
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="border-block-added">2.5pt solid rgb(0, 176, 80)</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="border-block-deleted">2.5pt solid rgb(255, 0, 0)</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="ace_tag">ace-tag_</xsl:variable>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="processPrefaceSectionsDefault_Contents">
<xsl:variable name="nodes_preface_">
<xsl:for-each select="/*/*[local-name()='preface']/*[not(local-name() = 'note' or local-name() = 'admonition' or @type = 'toc')]">
<node id="{@id}"/>
</xsl:for-each>
</xsl:variable>
<xsl:variable name="nodes_preface" select="xalan:nodeset($nodes_preface_)"/>
<xsl:for-each select="/*/*[local-name()='preface']/*[not(local-name() = 'note' or local-name() = 'admonition' or @type = 'toc')]">
<xsl:sort select="@displayorder" data-type="number"/>
<!-- process Section's title -->
<xsl:variable name="preceding-sibling_id" select="$nodes_preface/node[@id = current()/@id]/preceding-sibling::node[1]/@id"/>
<xsl:if test="$preceding-sibling_id != ''">
<xsl:apply-templates select="parent::*/*[@type = 'section-title' and @id = $preceding-sibling_id and not(@displayorder)]" mode="contents_no_displayorder"/>
</xsl:if>
<xsl:apply-templates select="." mode="contents"/>
</xsl:for-each>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="processMainSectionsDefault_Contents">
<xsl:variable name="nodes_sections_">
<xsl:for-each select="/*/*[local-name()='sections']/*">
<node id="{@id}"/>
</xsl:for-each>
</xsl:variable>
<xsl:variable name="nodes_sections" select="xalan:nodeset($nodes_sections_)"/>
<xsl:for-each select="/*/*[local-name()='sections']/* | /*/*[local-name()='bibliography']/*[local-name()='references'][@normative='true'] | /*/*[local-name()='bibliography']/*[local-name()='clause'][*[local-name()='references'][@normative='true']]">
<xsl:sort select="@displayorder" data-type="number"/>
<!-- process Section's title -->
<xsl:variable name="preceding-sibling_id" select="$nodes_sections/node[@id = current()/@id]/preceding-sibling::node[1]/@id"/>
<xsl:if test="$preceding-sibling_id != ''">
<xsl:apply-templates select="parent::*/*[@type = 'section-title' and @id = $preceding-sibling_id and not(@displayorder)]" mode="contents_no_displayorder"/>
</xsl:if>
<xsl:apply-templates select="." mode="contents"/>
</xsl:for-each>
<!-- <xsl:for-each select="/*/*[local-name()='annex']">
<xsl:sort select="@displayorder" data-type="number"/>
<xsl:apply-templates select="." mode="contents"/>
</xsl:for-each> -->
<xsl:for-each select="/*/*[local-name()='annex'] | /*/*[local-name()='bibliography']/*[not(@normative='true') and not(*[local-name()='references'][@normative='true'])][count(.//*[local-name() = 'bibitem'][not(@hidden) = 'true']) > 0] | /*/*[local-name()='bibliography']/*[local-name()='clause'][*[local-name()='references'][not(@normative='true')]][count(.//*[local-name() = 'bibitem'][not(@hidden) = 'true']) > 0]">
<xsl:sort select="@displayorder" data-type="number"/>
<xsl:apply-templates select="." mode="contents"/>
</xsl:for-each>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="processTablesFigures_Contents">
<xsl:param name="always"/>
<xsl:if test="(//*[contains(local-name(), '-standard')]/*[local-name() = 'metanorma-extension']/*[local-name() = 'toc'][@type='table']/*[local-name() = 'title']) or normalize-space($always) = 'true'">
<xsl:call-template name="processTables_Contents"/>
</xsl:if>
<xsl:if test="(//*[contains(local-name(), '-standard')]/*[local-name() = 'metanorma-extension']/*[local-name() = 'toc'][@type='figure']/*[local-name() = 'title']) or normalize-space($always) = 'true'">
<xsl:call-template name="processFigures_Contents"/>
</xsl:if>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="processTables_Contents">
<tables>
<xsl:for-each select="//*[local-name() = 'table'][not(ancestor::*[local-name() = 'metanorma-extension'])][@id and *[local-name() = 'name'] and normalize-space(@id) != '']">
<table id="{@id}" alt-text="{*[local-name() = 'name']}">
<xsl:copy-of select="*[local-name() = 'name']"/>
</table>
</xsl:for-each>
</tables>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="processFigures_Contents">
<figures>
<xsl:for-each select="//*[local-name() = 'figure'][@id and *[local-name() = 'name'] and not(@unnumbered = 'true') and normalize-space(@id) != ''] | //*[@id and starts-with(*[local-name() = 'name'], 'Figure ') and normalize-space(@id) != '']">
<figure id="{@id}" alt-text="{*[local-name() = 'name']}">
<xsl:copy-of select="*[local-name() = 'name']"/>
</figure>
</xsl:for-each>
</figures>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="processPrefaceSectionsDefault">
<xsl:for-each select="/*/*[local-name()='preface']/*[not(local-name() = 'note' or local-name() = 'admonition')]">
<xsl:sort select="@displayorder" data-type="number"/>
<xsl:apply-templates select="."/>
</xsl:for-each>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="processPrefaceSectionsDefault_items">
<xsl:variable name="updated_xml_step_move_pagebreak_">
<xsl:element name="{$root_element}" namespace="{$namespace_full}">
<xsl:call-template name="copyCommonElements"/>
<xsl:element name="preface" namespace="{$namespace_full}"> <!-- save context element -->
<xsl:element name="page_sequence" namespace="{$namespace_full}">
<xsl:for-each select="/*/*[local-name()='preface']/*[not(local-name() = 'note' or local-name() = 'admonition')]">
<xsl:sort select="@displayorder" data-type="number"/>
<xsl:apply-templates select="." mode="update_xml_step_move_pagebreak"/>
</xsl:for-each>
</xsl:element>
</xsl:element>
</xsl:element>
</xsl:variable>
<xsl:variable name="updated_xml_step_move_pagebreak_filename" select="concat($output_path,'_preface_', java:getTime(java:java.util.Date.new()), '.xml')"/>
<redirect:write file="{$updated_xml_step_move_pagebreak_filename}">
<xsl:copy-of select="$updated_xml_step_move_pagebreak_"/>
</redirect:write>
<xsl:copy-of select="document($updated_xml_step_move_pagebreak_filename)"/>
<xsl:call-template name="deleteFile">
<xsl:with-param name="filepath" select="$updated_xml_step_move_pagebreak_filename"/>
</xsl:call-template>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="copyCommonElements">
<!-- copy bibdata, localized-strings, metanorma-extension and boilerplate -->
<xsl:copy-of select="/*/*[local-name() != 'preface' and local-name() != 'sections' and local-name() != 'annex' and local-name() != 'bibliography']"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="processMainSectionsDefault">
<xsl:for-each select="/*/*[local-name()='sections']/* | /*/*[local-name()='bibliography']/*[local-name()='references'][@normative='true']">
<xsl:sort select="@displayorder" data-type="number"/>
<xsl:apply-templates select="."/>
</xsl:for-each>
<xsl:for-each select="/*/*[local-name()='annex']">
<xsl:sort select="@displayorder" data-type="number"/>
<xsl:apply-templates select="."/>
</xsl:for-each>
<xsl:for-each select="/*/*[local-name()='bibliography']/*[not(@normative='true')] | /*/*[local-name()='bibliography']/*[local-name()='clause'][*[local-name()='references'][not(@normative='true')]]">
<xsl:sort select="@displayorder" data-type="number"/>
<xsl:apply-templates select="."/>
</xsl:for-each>
</xsl:template><!-- END: processMainSectionsDefault -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="processMainSectionsDefault_flatxml">
<xsl:for-each select="/*/*[local-name()='sections']/* | /*/*[local-name()='bibliography']/*[local-name()='references'][@normative='true']">
<xsl:sort select="@displayorder" data-type="number"/>
<xsl:variable name="flatxml">
<xsl:apply-templates select="." mode="flatxml"/>
</xsl:variable>
<!-- debug_flatxml='<xsl:copy-of select="$flatxml"/>' -->
<xsl:apply-templates select="xalan:nodeset($flatxml)/*"/>
</xsl:for-each>
<xsl:for-each select="/*/*[local-name()='annex']">
<xsl:sort select="@displayorder" data-type="number"/>
<xsl:variable name="flatxml">
<xsl:apply-templates select="." mode="flatxml"/>
</xsl:variable>
<!-- debug_flatxml='<xsl:copy-of select="$flatxml"/>' -->
<xsl:apply-templates select="xalan:nodeset($flatxml)/*"/>
</xsl:for-each>
<xsl:for-each select="/*/*[local-name()='bibliography']/*[not(@normative='true')] | /*/*[local-name()='bibliography']/*[local-name()='clause'][*[local-name()='references'][not(@normative='true')]]">
<xsl:sort select="@displayorder" data-type="number"/>
<xsl:variable name="flatxml">
<xsl:apply-templates select="." mode="flatxml"/>
</xsl:variable>
<!-- debug_flatxml='<xsl:copy-of select="$flatxml"/>' -->
<xsl:apply-templates select="xalan:nodeset($flatxml)/*"/>
</xsl:for-each>
</xsl:template>
<!-- Example:
<iso-standard>
<sections>
<page_sequence>
<clause...
</page_sequence>
<page_sequence>
<clause...
</page_sequence>
</sections>
<page_sequence>
<annex ..
</page_sequence>
<page_sequence>
<annex ..
</page_sequence>
</iso-standard>
-->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="processMainSectionsDefault_items">
<xsl:variable name="updated_xml_step_move_pagebreak_">
<xsl:element name="{$root_element}" namespace="{$namespace_full}">
<xsl:call-template name="copyCommonElements"/>
<xsl:element name="sections" namespace="{$namespace_full}"> <!-- save context element -->
<xsl:element name="page_sequence" namespace="{$namespace_full}">
<xsl:for-each select="/*/*[local-name()='sections']/* | /*/*[local-name()='bibliography']/*[local-name()='references'][@normative='true']">
<xsl:sort select="@displayorder" data-type="number"/>
<xsl:apply-templates select="." mode="update_xml_step_move_pagebreak"/>
</xsl:for-each>
</xsl:element>
</xsl:element>
<xsl:element name="page_sequence" namespace="{$namespace_full}">
<xsl:for-each select="/*/*[local-name()='annex']">
<xsl:sort select="@displayorder" data-type="number"/>
<xsl:apply-templates select="." mode="update_xml_step_move_pagebreak"/>
</xsl:for-each>
</xsl:element>
<xsl:element name="page_sequence" namespace="{$namespace_full}">
<xsl:element name="bibliography" namespace="{$namespace_full}"> <!-- save context element -->
<xsl:for-each select="/*/*[local-name()='bibliography']/*[not(@normative='true')] | /*/*[local-name()='bibliography']/*[local-name()='clause'][*[local-name()='references'][not(@normative='true')]]">
<xsl:sort select="@displayorder" data-type="number"/>
<xsl:apply-templates select="." mode="update_xml_step_move_pagebreak"/>
</xsl:for-each>
</xsl:element>
</xsl:element>
</xsl:element>
</xsl:variable>
<xsl:variable name="updated_xml_step_move_pagebreak_filename" select="concat($output_path,'_main_', java:getTime(java:java.util.Date.new()), '.xml')"/>
<redirect:write file="{$updated_xml_step_move_pagebreak_filename}">
<xsl:copy-of select="$updated_xml_step_move_pagebreak_"/>
</redirect:write>
<xsl:copy-of select="document($updated_xml_step_move_pagebreak_filename)"/>
<xsl:call-template name="deleteFile">
<xsl:with-param name="filepath" select="$updated_xml_step_move_pagebreak_filename"/>
</xsl:call-template>
</xsl:template> <!-- END: processMainSectionsDefault_items -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="deleteFile">
<xsl:param name="filepath"/>
<xsl:variable name="xml_file" select="java:java.io.File.new($filepath)"/>
<xsl:variable name="xml_file_path" select="java:toPath($xml_file)"/>
<xsl:variable name="deletefile" select="java:java.nio.file.Files.deleteIfExists($xml_file_path)"/>
</xsl:template>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="regex_standard_reference">([A-Z]{2,}(/[A-Z]{2,})* \d+(-\d+)*(:\d{4})?)</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="tag_fo_inline_keep-together_within-line_open">###fo:inline keep-together_within-line###</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="tag_fo_inline_keep-together_within-line_close">###/fo:inline keep-together_within-line###</xsl:variable>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="text()" name="text">
<xsl:choose>
<xsl:when test="ancestor::*[local-name() = 'table']"><xsl:value-of select="."/></xsl:when>
<xsl:otherwise>
<xsl:variable name="text" select="java:replaceAll(java:java.lang.String.new(.),$regex_standard_reference,concat($tag_fo_inline_keep-together_within-line_open,'$1',$tag_fo_inline_keep-together_within-line_close))"/>
<xsl:call-template name="replace_fo_inline_tags">
<xsl:with-param name="tag_open" select="$tag_fo_inline_keep-together_within-line_open"/>
<xsl:with-param name="tag_close" select="$tag_fo_inline_keep-together_within-line_close"/>
<xsl:with-param name="text" select="$text"/>
</xsl:call-template>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="replace_fo_inline_tags">
<xsl:param name="tag_open"/>
<xsl:param name="tag_close"/>
<xsl:param name="text"/>
<xsl:choose>
<xsl:when test="contains($text, $tag_open)">
<xsl:value-of select="substring-before($text, $tag_open)"/>
<!-- <xsl:text disable-output-escaping="yes"><fo:inline keep-together.within-line="always"></xsl:text> -->
<xsl:variable name="text_after" select="substring-after($text, $tag_open)"/>
<fo:inline keep-together.within-line="always">
<xsl:value-of select="substring-before($text_after, $tag_close)"/>
</fo:inline>
<!-- <xsl:text disable-output-escaping="yes"></fo:inline></xsl:text> -->
<xsl:call-template name="replace_fo_inline_tags">
<xsl:with-param name="tag_open" select="$tag_open"/>
<xsl:with-param name="tag_close" select="$tag_close"/>
<xsl:with-param name="text" select="substring-after($text_after, $tag_close)"/>
</xsl:call-template>
</xsl:when>
<xsl:otherwise><xsl:value-of select="$text"/></xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='br']">
<xsl:value-of select="$linebreak"/>
</xsl:template>
<!-- keep-together for standard's name (ISO 12345:2020) -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'keep-together_within-line']">
<xsl:param name="split_keep-within-line"/>
<!-- <fo:inline>split_keep-within-line='<xsl:value-of select="$split_keep-within-line"/>'</fo:inline> -->
<xsl:choose>
<xsl:when test="normalize-space($split_keep-within-line) = 'true'">
<xsl:variable name="sep">_</xsl:variable>
<xsl:variable name="items">
<xsl:call-template name="split">
<xsl:with-param name="pText" select="."/>
<xsl:with-param name="sep" select="$sep"/>
<xsl:with-param name="normalize-space">false</xsl:with-param>
<xsl:with-param name="keep_sep">true</xsl:with-param>
</xsl:call-template>
</xsl:variable>
<xsl:for-each select="xalan:nodeset($items)/item">
<xsl:choose>
<xsl:when test=". = $sep">
<xsl:value-of select="$sep"/><xsl:value-of select="$zero_width_space"/>
</xsl:when>
<xsl:otherwise>
<fo:inline keep-together.within-line="always" role="SKIP"><xsl:apply-templates/></fo:inline>
</xsl:otherwise>
</xsl:choose>
</xsl:for-each>
</xsl:when>
<xsl:otherwise>
<fo:inline keep-together.within-line="always" role="SKIP"><xsl:apply-templates/></fo:inline>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<!-- ================================= -->
<!-- Preface boilerplate sections processing -->
<!-- ================================= -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='copyright-statement']">
<fo:block xsl:use-attribute-sets="copyright-statement-style" role="SKIP">
<xsl:apply-templates/>
</fo:block>
</xsl:template> <!-- copyright-statement -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='copyright-statement']//*[local-name()='title']">
<!-- process in the template 'title' -->
<xsl:call-template name="title"/>
</xsl:template> <!-- copyright-statement//title -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='copyright-statement']//*[local-name()='p']">
<!-- process in the template 'paragraph' -->
<xsl:call-template name="paragraph"/>
</xsl:template> <!-- copyright-statement//p -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='license-statement']">
<fo:block xsl:use-attribute-sets="license-statement-style">
<xsl:apply-templates/>
</fo:block>
</xsl:template> <!-- license-statement -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='license-statement']//*[local-name()='title']">
<!-- process in the template 'title' -->
<xsl:call-template name="title"/>
</xsl:template> <!-- license-statement/title -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='license-statement']//*[local-name()='p']">
<!-- process in the template 'paragraph' -->
<xsl:call-template name="paragraph"/>
</xsl:template> <!-- license-statement/p -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='legal-statement']">
<xsl:param name="isLegacy">false</xsl:param>
<fo:block xsl:use-attribute-sets="legal-statement-style">
<xsl:apply-templates/>
</fo:block>
</xsl:template> <!-- legal-statement -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='legal-statement']//*[local-name()='title']">
<!-- process in the template 'title' -->
<xsl:call-template name="title"/>
</xsl:template> <!-- legal-statement/title -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='legal-statement']//*[local-name()='p']">
<xsl:param name="margin"/>
<!-- process in the template 'paragraph' -->
<xsl:call-template name="paragraph">
<xsl:with-param name="margin" select="$margin"/>
</xsl:call-template>
</xsl:template> <!-- legal-statement/p -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='feedback-statement']">
<fo:block xsl:use-attribute-sets="feedback-statement-style">
<xsl:apply-templates/>
</fo:block>
</xsl:template> <!-- feedback-statement -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='feedback-statement']//*[local-name()='title']">
<xsl:variable name="level">
<xsl:call-template name="getLevel"/>
</xsl:variable>
<fo:block role="H{$level}" xsl:use-attribute-sets="feedback-statement-title-style">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='feedback-statement']//*[local-name()='p']">
<xsl:param name="margin"/>
<fo:block xsl:use-attribute-sets="feedback-statement-p-style">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<!-- ================================= -->
<!-- END Preface boilerplate sections processing -->
<!-- ================================= -->
<!-- add zero spaces into table cells text -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='td']//text() | *[local-name()='th']//text() | *[local-name()='dt']//text() | *[local-name()='dd']//text()" priority="1">
<xsl:choose>
<xsl:when test="parent::*[local-name() = 'keep-together_within-line']">
<xsl:value-of select="."/>
</xsl:when>
<xsl:otherwise>
<xsl:call-template name="addZeroWidthSpacesToTextNodes"/>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="addZeroWidthSpacesToTextNodes">
<xsl:variable name="text"><text><xsl:call-template name="text"/></text></xsl:variable>
<!-- <xsl:copy-of select="$text"/> -->
<xsl:for-each select="xalan:nodeset($text)/text/node()">
<xsl:choose>
<xsl:when test="self::text()"><xsl:call-template name="add-zero-spaces-java"/></xsl:when>
<xsl:otherwise><xsl:copy-of select="."/></xsl:otherwise> <!-- copy 'as-is' for <fo:inline keep-together.within-line="always" ... -->
</xsl:choose>
</xsl:for-each>
</xsl:template>
<!-- for table auto-layout algorithm -->
<xsl:param xmlns:redirect="http://xml.apache.org/xalan/redirect" name="table_only_with_id"/> <!-- Example: 'table1' -->
<xsl:param xmlns:redirect="http://xml.apache.org/xalan/redirect" name="table_only_with_ids"/> <!-- Example: 'table1 table2 table3 ' -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='table']" priority="2">
<xsl:choose>
<xsl:when test="$table_only_with_id != '' and @id = $table_only_with_id">
<xsl:call-template name="table"/>
</xsl:when>
<xsl:when test="$table_only_with_id != ''"><fo:block/><!-- to prevent empty fo:block-container --></xsl:when>
<xsl:when test="$table_only_with_ids != '' and contains($table_only_with_ids, concat(@id, ' '))">
<xsl:call-template name="table"/>
</xsl:when>
<xsl:when test="$table_only_with_ids != ''"><fo:block/><!-- to prevent empty fo:block-container --></xsl:when>
<xsl:otherwise>
<xsl:call-template name="table"/>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='table']" name="table">
<xsl:variable name="table-preamble">
</xsl:variable>
<xsl:variable name="table">
<xsl:variable name="simple-table">
<xsl:if test="$isGenerateTableIF = 'true' and $isApplyAutolayoutAlgorithm = 'true'">
<xsl:call-template name="getSimpleTable">
<xsl:with-param name="id" select="@id"/>
</xsl:call-template>
</xsl:if>
</xsl:variable>
<!-- <xsl:variable name="simple-table" select="xalan:nodeset($simple-table_)"/> -->
<!-- simple-table=<xsl:copy-of select="$simple-table"/> -->
<!-- Display table's name before table as standalone block -->
<!-- $namespace = 'iso' or -->
<xsl:apply-templates select="*[local-name()='name']"/> <!-- table's title rendered before table -->
<xsl:call-template name="table_name_fn_display"/>
<xsl:variable name="cols-count" select="count(xalan:nodeset($simple-table)/*/tr[1]/td)"/>
<xsl:variable name="colwidths">
<xsl:if test="not(*[local-name()='colgroup']/*[local-name()='col']) and not(@class = 'dl')">
<xsl:call-template name="calculate-column-widths">
<xsl:with-param name="cols-count" select="$cols-count"/>
<xsl:with-param name="table" select="$simple-table"/>
</xsl:call-template>
</xsl:if>
</xsl:variable>
<!-- <xsl:variable name="colwidths" select="xalan:nodeset($colwidths_)"/> -->
<!-- DEBUG -->
<xsl:if test="$table_if_debug = 'true'">
<fo:block font-size="60%">
<xsl:apply-templates select="xalan:nodeset($colwidths)" mode="print_as_xml"/>
</fo:block>
</xsl:if>
<!-- <xsl:copy-of select="$colwidths"/> -->
<!-- <xsl:text disable-output-escaping="yes"><!- -</xsl:text>
DEBUG
colwidths=<xsl:copy-of select="$colwidths"/>
<xsl:text disable-output-escaping="yes">- -></xsl:text> -->
<xsl:variable name="margin-side">
<xsl:choose>
<xsl:when test="$isApplyAutolayoutAlgorithm = 'true'">0</xsl:when>
<xsl:when test="$isApplyAutolayoutAlgorithm = 'skip'">0</xsl:when>
<xsl:when test="sum(xalan:nodeset($colwidths)//column) > 75">15</xsl:when>
<xsl:otherwise>0</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<fo:block-container xsl:use-attribute-sets="table-container-style" role="SKIP">
<xsl:call-template name="refine_table-container-style">
<xsl:with-param name="margin-side" select="$margin-side"/>
</xsl:call-template>
<!-- display table's name before table for PAS inside block-container (2-columnn layout) -->
<xsl:variable name="table_width_default">100%</xsl:variable>
<xsl:variable name="table_width">
<!-- for centered table always 100% (@width will be set for middle/second cell of outer table) -->
<xsl:value-of select="$table_width_default"/>
</xsl:variable>
<xsl:variable name="table_attributes">
<xsl:element name="table_attributes" use-attribute-sets="table-style">
<xsl:if test="$margin-side != 0">
<xsl:attribute name="margin-left">0mm</xsl:attribute>
<xsl:attribute name="margin-right">0mm</xsl:attribute>
</xsl:if>
<xsl:attribute name="width"><xsl:value-of select="normalize-space($table_width)"/></xsl:attribute>
<xsl:call-template name="refine_table-style">
<xsl:with-param name="margin-side" select="$margin-side"/>
</xsl:call-template>
</xsl:element>
</xsl:variable>
<xsl:if test="$isGenerateTableIF = 'true'">
<!-- to determine start of table -->
<fo:block id="{concat('table_if_start_',@id)}" keep-with-next="always" font-size="1pt">Start table '<xsl:value-of select="@id"/>'.</fo:block>
</xsl:if>
<fo:table id="{@id}">
<xsl:if test="$isGenerateTableIF = 'true'">
<xsl:attribute name="wrap-option">no-wrap</xsl:attribute>
</xsl:if>
<xsl:for-each select="xalan:nodeset($table_attributes)/table_attributes/@*">
<xsl:attribute name="{local-name()}">
<xsl:value-of select="."/>
</xsl:attribute>
</xsl:for-each>
<xsl:variable name="isNoteOrFnExist" select="./*[local-name()='note'][not(@type = 'units')] or ./*[local-name()='example'] or .//*[local-name()='fn'][local-name(..) != 'name'] or ./*[local-name()='source']"/>
<xsl:if test="$isNoteOrFnExist = 'true'">
<xsl:attribute name="border-bottom">0pt solid black</xsl:attribute><!-- set 0pt border, because there is a separete table below for footer -->
</xsl:if>
<xsl:choose>
<xsl:when test="$isGenerateTableIF = 'true'">
<!-- generate IF for table widths -->
<!-- example:
<tr>
<td valign="top" align="left" id="tab-symdu_1_1">
<p>Symbol</p>
<word id="tab-symdu_1_1_word_1">Symbol</word>
</td>
<td valign="top" align="left" id="tab-symdu_1_2">
<p>Description</p>
<word id="tab-symdu_1_2_word_1">Description</word>
</td>
</tr>
-->
<!-- Simple_table=<xsl:copy-of select="$simple-table"/> -->
<xsl:apply-templates select="xalan:nodeset($simple-table)" mode="process_table-if"/>
</xsl:when>
<xsl:otherwise>
<xsl:choose>
<xsl:when test="*[local-name()='colgroup']/*[local-name()='col']">
<xsl:for-each select="*[local-name()='colgroup']/*[local-name()='col']">
<fo:table-column column-width="{@width}"/>
</xsl:for-each>
</xsl:when>
<xsl:when test="@class = 'dl'">
<xsl:for-each select=".//*[local-name()='tr'][1]/*">
<fo:table-column column-width="{@width}"/>
</xsl:for-each>
</xsl:when>
<xsl:otherwise>
<xsl:call-template name="insertTableColumnWidth">
<xsl:with-param name="colwidths" select="$colwidths"/>
</xsl:call-template>
</xsl:otherwise>
</xsl:choose>
<xsl:choose>
<xsl:when test="not(*[local-name()='tbody']) and *[local-name()='thead']">
<xsl:apply-templates select="*[local-name()='thead']" mode="process_tbody"/>
</xsl:when>
<xsl:otherwise>
<xsl:apply-templates select="node()[not(local-name() = 'name') and not(local-name() = 'note') and not(local-name() = 'example') and not(local-name() = 'dl') and not(local-name() = 'source') and not(local-name() = 'p') and not(local-name() = 'thead') and not(local-name() = 'tfoot')]"/> <!-- process all table' elements, except name, header, footer, note, source and dl which render separaterely -->
</xsl:otherwise>
</xsl:choose>
</xsl:otherwise>
</xsl:choose>
</fo:table>
<xsl:variable name="colgroup" select="*[local-name()='colgroup']"/>
<xsl:for-each select="*[local-name()='tbody']"><!-- select context to tbody -->
<xsl:call-template name="insertTableFooterInSeparateTable">
<xsl:with-param name="table_attributes" select="$table_attributes"/>
<xsl:with-param name="colwidths" select="$colwidths"/>
<xsl:with-param name="colgroup" select="$colgroup"/>
</xsl:call-template>
</xsl:for-each>
<xsl:if test="*[local-name()='bookmark']"> <!-- special case: table/bookmark -->
<fo:block keep-with-previous="always" line-height="0.1">
<xsl:for-each select="*[local-name()='bookmark']">
<xsl:call-template name="bookmark"/>
</xsl:for-each>
</fo:block>
</xsl:if>
</fo:block-container>
</xsl:variable>
<xsl:variable name="isAdded" select="@added"/>
<xsl:variable name="isDeleted" select="@deleted"/>
<xsl:choose>
<xsl:when test="@width and @width != 'full-page-width' and @width != 'text-width'">
<!-- centered table when table name is centered (see table-name-style) -->
<fo:table table-layout="fixed" width="100%" xsl:use-attribute-sets="table-container-style">
<fo:table-column column-width="proportional-column-width(1)"/>
<fo:table-column column-width="{@width}"/>
<fo:table-column column-width="proportional-column-width(1)"/>
<fo:table-body>
<fo:table-row>
<fo:table-cell column-number="2">
<xsl:copy-of select="$table-preamble"/>
<fo:block role="SKIP">
<xsl:call-template name="setTrackChangesStyles">
<xsl:with-param name="isAdded" select="$isAdded"/>
<xsl:with-param name="isDeleted" select="$isDeleted"/>
</xsl:call-template>
<xsl:copy-of select="$table"/>
</fo:block>
</fo:table-cell>
</fo:table-row>
</fo:table-body>
</fo:table>
</xsl:when>
<xsl:otherwise>
<xsl:choose>
<xsl:when test="$isAdded = 'true' or $isDeleted = 'true'">
<xsl:copy-of select="$table-preamble"/>
<fo:block>
<xsl:call-template name="setTrackChangesStyles">
<xsl:with-param name="isAdded" select="$isAdded"/>
<xsl:with-param name="isDeleted" select="$isDeleted"/>
</xsl:call-template>
<xsl:copy-of select="$table"/>
</fo:block>
</xsl:when>
<xsl:otherwise>
<xsl:copy-of select="$table-preamble"/>
<xsl:copy-of select="$table"/>
</xsl:otherwise>
</xsl:choose>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="setBordersTableArray">
<xsl:if test="starts-with(@id, 'array_') or starts-with(ancestor::*[local-name() = 'table'][1]/@id, 'array_')">
<!-- array - table without borders -->
<xsl:attribute name="border">none</xsl:attribute>
</xsl:if>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='table']/*[local-name() = 'name']">
<xsl:param name="continued"/>
<xsl:if test="normalize-space() != ''">
<fo:block xsl:use-attribute-sets="table-name-style" role="SKIP">
<xsl:call-template name="refine_table-name-style">
<xsl:with-param name="continued" select="$continued"/>
</xsl:call-template>
<xsl:choose>
<xsl:when test="$continued = 'true'">
</xsl:when>
<xsl:otherwise>
<xsl:apply-templates/>
</xsl:otherwise>
</xsl:choose>
<xsl:if test="$continued = 'true'">
<fo:inline font-weight="bold" font-style="normal" role="SKIP">
<fo:retrieve-table-marker retrieve-class-name="table_number"/>
</fo:inline>
<fo:inline font-weight="normal" font-style="italic" role="SKIP">
<xsl:text> </xsl:text>
<fo:retrieve-table-marker retrieve-class-name="table_continued"/>
</fo:inline>
</xsl:if>
</fo:block>
<!-- <xsl:if test="$namespace = 'bsi' or $namespace = 'iec' or $namespace = 'iso'"> -->
<xsl:if test="$continued = 'true'">
<fo:block text-align="right">
<xsl:apply-templates select="../*[local-name() = 'note'][@type = 'units']/node()"/>
</fo:block>
</xsl:if>
<!-- </xsl:if> -->
</xsl:if>
</xsl:template> <!-- table/name -->
<!-- workaround solution for https://github.com/metanorma/metanorma-iso/issues/1151#issuecomment-2033087938 -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='table']/*[local-name() = 'note'][@type = 'units']/*[local-name() = 'p']/text()" priority="4">
<xsl:choose>
<xsl:when test="preceding-sibling::*[local-name() = 'br']">
<!-- remove CR or LF at start -->
<xsl:value-of select="java:replaceAll(java:java.lang.String.new(.),'^( | | )', '')"/>
</xsl:when>
<xsl:otherwise><xsl:value-of select="."/></xsl:otherwise>
</xsl:choose>
</xsl:template>
<!-- SOURCE: ... -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='table']/*[local-name() = 'source']" priority="2">
<xsl:call-template name="termsource"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="calculate-columns-numbers">
<xsl:param name="table-row"/>
<xsl:variable name="columns-count" select="count($table-row/*)"/>
<xsl:variable name="sum-colspans" select="sum($table-row/*/@colspan)"/>
<xsl:variable name="columns-with-colspan" select="count($table-row/*[@colspan])"/>
<xsl:value-of select="$columns-count + $sum-colspans - $columns-with-colspan"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="calculate-column-widths">
<xsl:param name="table"/>
<xsl:param name="cols-count"/>
<xsl:choose>
<xsl:when test="$isApplyAutolayoutAlgorithm = 'true'">
<xsl:call-template name="get-calculated-column-widths-autolayout-algorithm"/>
</xsl:when>
<xsl:when test="$isApplyAutolayoutAlgorithm = 'skip'"/>
<xsl:otherwise>
<xsl:call-template name="calculate-column-widths-proportional">
<xsl:with-param name="cols-count" select="$cols-count"/>
<xsl:with-param name="table" select="$table"/>
</xsl:call-template>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<!-- ================================================== -->
<!-- Calculate column's width based on text string max widths -->
<!-- ================================================== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="calculate-column-widths-proportional">
<xsl:param name="table"/>
<xsl:param name="cols-count"/>
<xsl:param name="curr-col" select="1"/>
<xsl:param name="width" select="0"/>
<!-- table=<xsl:copy-of select="$table"/> -->
<xsl:if test="$curr-col <= $cols-count">
<xsl:variable name="widths">
<xsl:choose>
<xsl:when test="not($table)"><!-- this branch is not using in production, for debug only -->
<xsl:for-each select="*[local-name()='thead']//*[local-name()='tr']">
<xsl:variable name="words">
<xsl:call-template name="tokenize">
<xsl:with-param name="text" select="translate(*[local-name()='th'][$curr-col],'- —:', ' ')"/>
</xsl:call-template>
</xsl:variable>
<xsl:variable name="max_length">
<xsl:call-template name="max_length">
<xsl:with-param name="words" select="xalan:nodeset($words)"/>
</xsl:call-template>
</xsl:variable>
<width>
<xsl:value-of select="$max_length"/>
</width>
</xsl:for-each>
<xsl:for-each select="*[local-name()='tbody']//*[local-name()='tr']">
<xsl:variable name="words">
<xsl:call-template name="tokenize">
<xsl:with-param name="text" select="translate(*[local-name()='td'][$curr-col],'- —:', ' ')"/>
</xsl:call-template>
</xsl:variable>
<xsl:variable name="max_length">
<xsl:call-template name="max_length">
<xsl:with-param name="words" select="xalan:nodeset($words)"/>
</xsl:call-template>
</xsl:variable>
<width>
<xsl:value-of select="$max_length"/>
</width>
</xsl:for-each>
</xsl:when>
<xsl:otherwise>
<!-- <curr_col><xsl:value-of select="$curr-col"/></curr_col> -->
<!-- <table><xsl:copy-of select="$table"/></table>
-->
<xsl:for-each select="xalan:nodeset($table)/*/*[local-name()='tr']">
<xsl:variable name="td_text">
<xsl:apply-templates select="td[$curr-col]" mode="td_text"/>
</xsl:variable>
<!-- <td_text><xsl:value-of select="$td_text"/></td_text> -->
<xsl:variable name="words">
<xsl:variable name="string_with_added_zerospaces">
<xsl:call-template name="add-zero-spaces-java">
<xsl:with-param name="text" select="$td_text"/>
</xsl:call-template>
</xsl:variable>
<!-- <xsl:message>string_with_added_zerospaces=<xsl:value-of select="$string_with_added_zerospaces"/></xsl:message> -->
<xsl:call-template name="tokenize">
<!-- <xsl:with-param name="text" select="translate(td[$curr-col],'- —:', ' ')"/> -->
<!-- 2009 thinspace -->
<!-- <xsl:with-param name="text" select="translate(normalize-space($td_text),'- —:', ' ')"/> -->
<xsl:with-param name="text" select="normalize-space(translate($string_with_added_zerospaces, '', ' '))"/> <!-- replace zero-width-space and soft-hyphen to space -->
</xsl:call-template>
</xsl:variable>
<!-- words=<xsl:copy-of select="$words"/> -->
<xsl:variable name="max_length">
<xsl:call-template name="max_length">
<xsl:with-param name="words" select="xalan:nodeset($words)"/>
</xsl:call-template>
</xsl:variable>
<!-- <xsl:message>max_length=<xsl:value-of select="$max_length"/></xsl:message> -->
<width>
<xsl:variable name="divider">
<xsl:choose>
<xsl:when test="td[$curr-col]/@divide">
<xsl:value-of select="td[$curr-col]/@divide"/>
</xsl:when>
<xsl:otherwise>1</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:value-of select="$max_length div $divider"/>
</width>
</xsl:for-each>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<!-- widths=<xsl:copy-of select="$widths"/> -->
<column>
<xsl:for-each select="xalan:nodeset($widths)//width">
<xsl:sort select="." data-type="number" order="descending"/>
<xsl:if test="position()=1">
<xsl:value-of select="."/>
</xsl:if>
</xsl:for-each>
</column>
<xsl:call-template name="calculate-column-widths-proportional">
<xsl:with-param name="cols-count" select="$cols-count"/>
<xsl:with-param name="curr-col" select="$curr-col +1"/>
<xsl:with-param name="table" select="$table"/>
</xsl:call-template>
</xsl:if>
</xsl:template> <!-- calculate-column-widths-proportional -->
<!-- ================================= -->
<!-- mode="td_text" -->
<!-- ================================= -->
<!-- replace each each char to 'X', just to process the tag 'keep-together_within-line' as whole word in longest word calculation -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[@keep-together.within-line or local-name() = 'keep-together_within-line']/text()" priority="2" mode="td_text">
<!-- <xsl:message>DEBUG t1=<xsl:value-of select="."/></xsl:message>
<xsl:message>DEBUG t2=<xsl:value-of select="java:replaceAll(java:java.lang.String.new(.),'.','X')"/></xsl:message> -->
<xsl:value-of select="java:replaceAll(java:java.lang.String.new(.),'.','X')"/>
<!-- if all capitals english letters or digits -->
<xsl:if test="normalize-space(translate(., concat($upper,'0123456789'), '')) = ''">
<xsl:call-template name="repeat">
<xsl:with-param name="char" select="'X'"/>
<xsl:with-param name="count" select="string-length(normalize-space(.)) * 0.5"/>
</xsl:call-template>
</xsl:if>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="text()" mode="td_text">
<xsl:value-of select="translate(., $zero_width_space, ' ')"/><xsl:text> </xsl:text>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='termsource']" mode="td_text">
<xsl:value-of select="*[local-name()='origin']/@citeas"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='link']" mode="td_text">
<xsl:value-of select="@target"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='math']" mode="td_text" name="math_length">
<xsl:if test="$isGenerateTableIF = 'false'">
<xsl:variable name="mathml_">
<xsl:for-each select="*">
<xsl:if test="local-name() != 'unit' and local-name() != 'prefix' and local-name() != 'dimension' and local-name() != 'quantity'">
<xsl:copy-of select="."/>
</xsl:if>
</xsl:for-each>
</xsl:variable>
<xsl:variable name="mathml" select="xalan:nodeset($mathml_)"/>
<xsl:variable name="math_text">
<xsl:value-of select="normalize-space($mathml)"/>
<xsl:for-each select="$mathml//@open"><xsl:value-of select="."/></xsl:for-each>
<xsl:for-each select="$mathml//@close"><xsl:value-of select="."/></xsl:for-each>
</xsl:variable>
<xsl:value-of select="translate($math_text, ' ', '#')"/><!-- mathml images as one 'word' without spaces -->
</xsl:if>
</xsl:template>
<!-- ================================= -->
<!-- END mode="td_text" -->
<!-- ================================= -->
<!-- ================================================== -->
<!-- END Calculate column's width based on text string max widths -->
<!-- ================================================== -->
<!-- ================================================== -->
<!-- Calculate column's width based on HTML4 algorithm -->
<!-- (https://www.w3.org/TR/REC-html40/appendix/notes.html#h-B.5.2) -->
<!-- ================================================== -->
<!-- INPUT: table with columns widths, generated by table_if.xsl -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="calculate-column-widths-autolayout-algorithm">
<xsl:param name="parent_table_page-width"/> <!-- for nested tables, in re-calculate step -->
<!-- via intermediate format -->
<!-- The algorithm uses two passes through the table data and scales linearly with the size of the table -->
<!-- In the first pass, line wrapping is disabled, and the user agent keeps track of the minimum and maximum width of each cell. -->
<!-- Since line wrap has been disabled, paragraphs are treated as long lines unless broken by BR elements. -->
<xsl:variable name="page_width">
<xsl:choose>
<xsl:when test="$parent_table_page-width != ''">
<xsl:value-of select="$parent_table_page-width"/>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="@page-width"/>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:if test="$table_if_debug = 'true'">
<page_width><xsl:value-of select="$page_width"/></page_width>
</xsl:if>
<!-- There are three cases: -->
<xsl:choose>
<!-- 1. The minimum table width is equal to or wider than the available space -->
<xsl:when test="@width_min >= $page_width and 1 = 2"> <!-- this condition isn't working see case 3 below -->
<!-- call old algorithm -->
<case1/>
<!-- <xsl:variable name="cols-count" select="count(xalan:nodeset($table)/*/tr[1]/td)"/>
<xsl:call-template name="calculate-column-widths-proportional">
<xsl:with-param name="cols-count" select="$cols-count"/>
<xsl:with-param name="table" select="$table"/>
</xsl:call-template> -->
</xsl:when>
<!-- 2. The maximum table width fits within the available space. In this case, set the columns to their maximum widths. -->
<xsl:when test="@width_max <= $page_width">
<case2/>
<autolayout/>
<xsl:for-each select="column/@width_max">
<column divider="100"><xsl:value-of select="."/></column>
</xsl:for-each>
</xsl:when>
<!-- 3. The maximum width of the table is greater than the available space, but the minimum table width is smaller.
In this case, find the difference between the available space and the minimum table width, lets call it W.
Lets also call D the difference between maximum and minimum width of the table.
For each column, let d be the difference between maximum and minimum width of that column.
Now set the column's width to the minimum width plus d times W over D.
This makes columns with large differences between minimum and maximum widths wider than columns with smaller differences. -->
<xsl:when test="(@width_max > $page_width and @width_min < $page_width) or (@width_min >= $page_width)">
<!-- difference between the available space and the minimum table width -->
<_width_min><xsl:value-of select="@width_min"/></_width_min>
<xsl:variable name="W" select="$page_width - @width_min"/>
<W><xsl:value-of select="$W"/></W>
<!-- difference between maximum and minimum width of the table -->
<xsl:variable name="D" select="@width_max - @width_min"/>
<D><xsl:value-of select="$D"/></D>
<case3/>
<autolayout/>
<xsl:if test="@width_min >= $page_width">
<split_keep-within-line>true</split_keep-within-line>
</xsl:if>
<xsl:for-each select="column">
<!-- difference between maximum and minimum width of that column. -->
<xsl:variable name="d" select="@width_max - @width_min"/>
<d><xsl:value-of select="$d"/></d>
<width_min><xsl:value-of select="@width_min"/></width_min>
<e><xsl:value-of select="$d * $W div $D"/></e>
<!-- set the column's width to the minimum width plus d times W over D. -->
<column divider="100">
<xsl:value-of select="round(@width_min + $d * $W div $D)"/> <!-- * 10 -->
</column>
</xsl:for-each>
</xsl:when>
<xsl:otherwise><unknown_case/></xsl:otherwise>
</xsl:choose>
</xsl:template> <!-- calculate-column-widths-autolayout-algorithm -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="get-calculated-column-widths-autolayout-algorithm">
<!-- if nested 'dl' or 'table' -->
<xsl:variable name="parent_table_id" select="normalize-space(ancestor::*[local-name() = 'table' or local-name() = 'dl'][1]/@id)"/>
<parent_table_id><xsl:value-of select="$parent_table_id"/></parent_table_id>
<parent_element><xsl:value-of select="local-name(..)"/></parent_element>
<ancestor_tree>
<xsl:for-each select="ancestor::*">
<ancestor><xsl:value-of select="local-name()"/></ancestor>
</xsl:for-each>
</ancestor_tree>
<xsl:variable name="parent_table_page-width_">
<xsl:if test="$parent_table_id != ''">
<!-- determine column number in the parent table -->
<xsl:variable name="parent_table_column_number">
<xsl:choose>
<!-- <xsl:when test="parent::*[local-name() = 'dd']">2</xsl:when> -->
<xsl:when test="(ancestor::*[local-name() = 'dd' or local-name() = 'table' or local-name() = 'dl'])[last()][local-name() = 'dd' or local-name() = 'dl']">2</xsl:when>
<xsl:otherwise> <!-- parent is table -->
<xsl:value-of select="count(ancestor::*[local-name() = 'td'][1]/preceding-sibling::*[local-name() = 'td']) + 1"/>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<!-- find table by id in the file 'table_widths' and get all Nth `<column>...</column> -->
<xsl:variable name="parent_table_column_" select="$table_widths_from_if_calculated//table[@id = $parent_table_id]/column[number($parent_table_column_number)]"/>
<xsl:variable name="parent_table_column" select="xalan:nodeset($parent_table_column_)"/>
<!-- <xsl:variable name="divider">
<xsl:value-of select="$parent_table_column/@divider"/>
<xsl:if test="not($parent_table_column/@divider)">1</xsl:if>
</xsl:variable> -->
<xsl:value-of select="$parent_table_column/text()"/> <!-- * 10 -->
</xsl:if>
</xsl:variable>
<xsl:variable name="parent_table_page-width" select="normalize-space($parent_table_page-width_)"/>
<parent_table_page-width><xsl:value-of select="$parent_table_page-width"/></parent_table_page-width>
<!-- get current table id -->
<xsl:variable name="table_id" select="@id"/>
<xsl:choose>
<xsl:when test="$parent_table_id = '' or $parent_table_page-width = ''">
<!-- find table by id in the file 'table_widths' and get all `<column>...</column> -->
<xsl:copy-of select="$table_widths_from_if_calculated//table[@id = $table_id]/node()"/>
</xsl:when>
<xsl:otherwise>
<!-- recalculate columns width based on parent table width -->
<xsl:for-each select="$table_widths_from_if//table[@id = $table_id]">
<xsl:call-template name="calculate-column-widths-autolayout-algorithm">
<xsl:with-param name="parent_table_page-width" select="$parent_table_page-width"/> <!-- padding-left = 2mm = 50000-->
</xsl:call-template>
</xsl:for-each>
</xsl:otherwise>
</xsl:choose>
</xsl:template> <!-- get-calculated-column-widths-autolayout-algorithm -->
<!-- ================================================== -->
<!-- Calculate column's width based on HTML4 algorithm -->
<!-- ================================================== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='thead']">
<xsl:param name="cols-count"/>
<fo:table-header>
<xsl:call-template name="table-header-title">
<xsl:with-param name="cols-count" select="$cols-count"/>
</xsl:call-template>
<xsl:apply-templates/>
</fo:table-header>
</xsl:template> <!-- thead -->
<!-- template is using for iec, iso, jcgm, bsi only -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="table-header-title">
<xsl:param name="cols-count"/>
<!-- row for title -->
<fo:table-row role="SKIP">
<fo:table-cell number-columns-spanned="{$cols-count}" border-left="1.5pt solid white" border-right="1.5pt solid white" border-top="1.5pt solid white" border-bottom="1.5pt solid black" role="SKIP">
<xsl:call-template name="refine_table-header-title-style"/>
<xsl:apply-templates select="ancestor::*[local-name()='table']/*[local-name()='name']">
<xsl:with-param name="continued">true</xsl:with-param>
</xsl:apply-templates>
<xsl:if test="not(ancestor::*[local-name()='table']/*[local-name()='name'])"> <!-- to prevent empty fo:table-cell in case of missing table's name -->
<fo:block role="SKIP"/>
</xsl:if>
</fo:table-cell>
</fo:table-row>
</xsl:template> <!-- table-header-title -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_table-header-title-style">
<xsl:attribute name="border-left">1pt solid white</xsl:attribute>
<xsl:attribute name="border-right">1pt solid white</xsl:attribute>
<xsl:attribute name="border-top">1pt solid white</xsl:attribute>
<xsl:attribute name="border-bottom">none</xsl:attribute>
</xsl:template> <!-- refine_table-header-title-style -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='thead']" mode="process_tbody">
<fo:table-body>
<xsl:apply-templates/>
</fo:table-body>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='tfoot']">
<xsl:apply-templates/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="insertTableFooter">
<xsl:param name="cols-count"/>
<xsl:if test="../*[local-name()='tfoot']">
<fo:table-footer>
<xsl:apply-templates select="../*[local-name()='tfoot']"/>
</fo:table-footer>
</xsl:if>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="insertTableFooterInSeparateTable">
<xsl:param name="table_attributes"/>
<xsl:param name="colwidths"/>
<xsl:param name="colgroup"/>
<xsl:variable name="isNoteOrFnExist" select="../*[local-name()='note'][not(@type = 'units')] or ../*[local-name()='example'] or ../*[local-name()='dl'] or ..//*[local-name()='fn'][local-name(..) != 'name'] or ../*[local-name()='source'] or ../*[local-name()='p']"/>
<xsl:variable name="isNoteOrFnExistShowAfterTable">
</xsl:variable>
<xsl:if test="$isNoteOrFnExist = 'true' or normalize-space($isNoteOrFnExistShowAfterTable) = 'true'">
<xsl:variable name="cols-count">
<xsl:choose>
<xsl:when test="xalan:nodeset($colgroup)//*[local-name()='col']">
<xsl:value-of select="count(xalan:nodeset($colgroup)//*[local-name()='col'])"/>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="count(xalan:nodeset($colwidths)//column)"/>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:variable name="table_fn_block">
<xsl:call-template name="table_fn_display"/>
</xsl:variable>
<xsl:variable name="tableWithNotesAndFootnotes">
<fo:table keep-with-previous="always">
<xsl:for-each select="xalan:nodeset($table_attributes)/table_attributes/@*">
<xsl:variable name="name" select="local-name()"/>
<xsl:choose>
<xsl:when test="$name = 'border-top'">
<xsl:attribute name="{$name}">0pt solid black</xsl:attribute>
</xsl:when>
<xsl:when test="$name = 'border'">
<xsl:attribute name="{$name}"><xsl:value-of select="."/></xsl:attribute>
<xsl:attribute name="border-top">0pt solid black</xsl:attribute>
</xsl:when>
<xsl:otherwise>
<xsl:attribute name="{$name}"><xsl:value-of select="."/></xsl:attribute>
</xsl:otherwise>
</xsl:choose>
</xsl:for-each>
<xsl:choose>
<xsl:when test="xalan:nodeset($colgroup)//*[local-name()='col']">
<xsl:for-each select="xalan:nodeset($colgroup)//*[local-name()='col']">
<fo:table-column column-width="{@width}"/>
</xsl:for-each>
</xsl:when>
<xsl:otherwise>
<!-- $colwidths=<xsl:copy-of select="$colwidths"/> -->
<xsl:call-template name="insertTableColumnWidth">
<xsl:with-param name="colwidths" select="$colwidths"/>
</xsl:call-template>
</xsl:otherwise>
</xsl:choose>
<fo:table-body>
<fo:table-row>
<fo:table-cell xsl:use-attribute-sets="table-footer-cell-style" number-columns-spanned="{$cols-count}">
<xsl:call-template name="refine_table-footer-cell-style"/>
<xsl:call-template name="setBordersTableArray"/>
<!-- fn will be processed inside 'note' processing -->
<xsl:if test="../*[local-name()='note'][not(@type = 'units')]">
<fo:block margin-bottom="6pt" role="SKIP"> </fo:block>
</xsl:if>
<!-- for BSI (not PAS) display Notes before footnotes -->
<!-- except gb and bsi -->
<xsl:apply-templates select="../*[local-name()='p']"/>
<xsl:apply-templates select="../*[local-name()='dl']"/>
<xsl:apply-templates select="../*[local-name()='note'][not(@type = 'units')]"/>
<xsl:apply-templates select="../*[local-name()='example']"/>
<xsl:apply-templates select="../*[local-name()='source']"/>
<xsl:variable name="isDisplayRowSeparator">
true
</xsl:variable>
<!-- horizontal row separator -->
<xsl:if test="normalize-space($isDisplayRowSeparator) = 'true'">
<xsl:if test="(../*[local-name()='note'][not(@type = 'units')] or ../*[local-name()='example']) and normalize-space($table_fn_block) != ''">
<fo:block-container border-top="0.5pt solid black" padding-left="1mm" padding-right="1mm">
<xsl:call-template name="setBordersTableArray"/>
<fo:block font-size="1pt"> </fo:block>
</fo:block-container>
</xsl:if>
</xsl:if>
<!-- fn processing -->
<!-- <xsl:call-template name="table_fn_display" /> -->
<xsl:copy-of select="$table_fn_block"/>
<!-- for PAS display Notes after footnotes -->
</fo:table-cell>
</fo:table-row>
</fo:table-body>
</fo:table>
</xsl:variable>
<xsl:if test="normalize-space($tableWithNotesAndFootnotes) != ''">
<xsl:copy-of select="$tableWithNotesAndFootnotes"/>
</xsl:if>
</xsl:if>
</xsl:template> <!-- insertTableFooterInSeparateTable -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='tbody']">
<xsl:variable name="cols-count">
<xsl:choose>
<xsl:when test="../*[local-name()='thead']">
<xsl:call-template name="calculate-columns-numbers">
<xsl:with-param name="table-row" select="../*[local-name()='thead']/*[local-name()='tr'][1]"/>
</xsl:call-template>
</xsl:when>
<xsl:otherwise>
<xsl:call-template name="calculate-columns-numbers">
<xsl:with-param name="table-row" select="./*[local-name()='tr'][1]"/>
</xsl:call-template>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<!-- if there isn't 'thead' and there is a table's title -->
<xsl:if test="not(ancestor::*[local-name()='table']/*[local-name()='thead']) and ancestor::*[local-name()='table']/*[local-name()='name']">
<fo:table-header>
<xsl:call-template name="table-header-title">
<xsl:with-param name="cols-count" select="$cols-count"/>
</xsl:call-template>
</fo:table-header>
</xsl:if>
<xsl:apply-templates select="../*[local-name()='thead']">
<xsl:with-param name="cols-count" select="$cols-count"/>
</xsl:apply-templates>
<xsl:call-template name="insertTableFooter">
<xsl:with-param name="cols-count" select="$cols-count"/>
</xsl:call-template>
<fo:table-body>
<xsl:variable name="title_continued_">
<xsl:call-template name="getLocalizedString">
<xsl:with-param name="key">continued</xsl:with-param>
</xsl:call-template>
</xsl:variable>
<xsl:variable name="title_continued_in_parenthesis" select="concat('(',$title_continued_,')')"/>
<xsl:variable name="title_continued">
<xsl:value-of select="$title_continued_in_parenthesis"/>
</xsl:variable>
<xsl:variable name="title_start" select="ancestor::*[local-name()='table'][1]/*[local-name()='name']/node()[1][self::text()]"/>
<xsl:variable name="table_number" select="substring-before($title_start, '—')"/>
<fo:table-row height="0" keep-with-next.within-page="always" role="SKIP">
<fo:table-cell role="SKIP">
<fo:marker marker-class-name="table_number"/>
<fo:marker marker-class-name="table_continued"/>
<fo:block role="SKIP"/>
</fo:table-cell>
</fo:table-row>
<fo:table-row height="0" keep-with-next.within-page="always" role="SKIP">
<fo:table-cell role="SKIP">
<fo:marker marker-class-name="table_number"><xsl:value-of select="normalize-space(translate($table_number, ' ', ' '))"/></fo:marker>
<fo:marker marker-class-name="table_continued">
<xsl:value-of select="$title_continued"/>
</fo:marker>
<fo:block role="SKIP"/>
</fo:table-cell>
</fo:table-row>
<xsl:apply-templates/>
</fo:table-body>
</xsl:template> <!-- tbody -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="/" mode="process_table-if">
<xsl:param name="table_or_dl">table</xsl:param>
<xsl:apply-templates mode="process_table-if">
<xsl:with-param name="table_or_dl" select="$table_or_dl"/>
</xsl:apply-templates>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='tbody']" mode="process_table-if">
<xsl:param name="table_or_dl">table</xsl:param>
<fo:table-body>
<xsl:for-each select="*[local-name() = 'tr']">
<xsl:variable name="col_count" select="count(*)"/>
<!-- iteration for each tr/td -->
<xsl:choose>
<xsl:when test="$table_or_dl = 'table'">
<xsl:for-each select="*[local-name() = 'td' or local-name() = 'th']/*">
<fo:table-row number-columns-spanned="{$col_count}">
<xsl:copy-of select="../@font-weight"/>
<!-- <test_table><xsl:copy-of select="."/></test_table> -->
<xsl:call-template name="td"/>
</fo:table-row>
</xsl:for-each>
</xsl:when>
<xsl:otherwise> <!-- $table_or_dl = 'dl' -->
<xsl:for-each select="*[local-name() = 'td' or local-name() = 'th']">
<xsl:variable name="is_dt" select="position() = 1"/>
<xsl:for-each select="*">
<!-- <test><xsl:copy-of select="."/></test> -->
<fo:table-row number-columns-spanned="{$col_count}">
<xsl:choose>
<xsl:when test="$is_dt">
<xsl:call-template name="insert_dt_cell"/>
</xsl:when>
<xsl:otherwise>
<xsl:call-template name="insert_dd_cell"/>
</xsl:otherwise>
</xsl:choose>
</fo:table-row>
</xsl:for-each>
</xsl:for-each>
</xsl:otherwise>
</xsl:choose>
</xsl:for-each>
</fo:table-body>
</xsl:template> <!-- process_table-if -->
<!-- ===================== -->
<!-- Table's row processing -->
<!-- ===================== -->
<!-- row in table header (thead) thead/tr -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='thead']/*[local-name()='tr']" priority="2">
<fo:table-row xsl:use-attribute-sets="table-header-row-style">
<xsl:call-template name="refine_table-header-row-style"/>
<xsl:call-template name="setTableRowAttributes"/>
<xsl:apply-templates/>
</fo:table-row>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="setBorderUnderRow">
<xsl:variable name="border_under_row_" select="normalize-space(ancestor::*[local-name() = 'table'][1]/@border-under-row)"/>
<xsl:choose>
<xsl:when test="$border_under_row_ != ''">
<xsl:variable name="table_id" select="ancestor::*[local-name() = 'table'][1]/@id"/>
<xsl:variable name="row_num_"><xsl:number level="any" count="*[local-name() = 'table'][@id = $table_id]//*[local-name() = 'tr']"/></xsl:variable>
<xsl:variable name="row_num" select="number($row_num_) - 1"/> <!-- because values in border-under-row start with 0 -->
<xsl:variable name="border_under_row">
<xsl:call-template name="split">
<xsl:with-param name="pText" select="$border_under_row_"/>
</xsl:call-template>
</xsl:variable>
<xsl:if test="xalan:nodeset($border_under_row)/item[. = normalize-space($row_num)]">
<xsl:attribute name="border-bottom"><xsl:value-of select="$table-border"/></xsl:attribute>
</xsl:if>
</xsl:when>
<xsl:otherwise>
<xsl:attribute name="border-bottom"><xsl:value-of select="$table-border"/></xsl:attribute>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<!-- row in table footer (tfoot), tfoot/tr -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='tfoot']/*[local-name()='tr']" priority="2">
<fo:table-row xsl:use-attribute-sets="table-footer-row-style">
<xsl:call-template name="refine_table-footer-row-style"/>
<xsl:call-template name="setTableRowAttributes"/>
<xsl:apply-templates/>
</fo:table-row>
</xsl:template>
<!-- row in table's body (tbody) -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='tr']">
<fo:table-row xsl:use-attribute-sets="table-body-row-style">
<xsl:if test="count(*) = count(*[local-name() = 'th'])"> <!-- row contains 'th' only -->
<xsl:attribute name="keep-with-next">always</xsl:attribute>
</xsl:if>
<xsl:call-template name="refine_table-body-row-style"/>
<xsl:call-template name="setTableRowAttributes"/>
<xsl:apply-templates/>
</fo:table-row>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="setTableRowAttributes">
</xsl:template> <!-- setTableRowAttributes -->
<!-- ===================== -->
<!-- END Table's row processing -->
<!-- ===================== -->
<!-- cell in table header row -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='th']">
<fo:table-cell xsl:use-attribute-sets="table-header-cell-style"> <!-- text-align="{@align}" -->
<xsl:call-template name="setTextAlignment">
<xsl:with-param name="default">center</xsl:with-param>
</xsl:call-template>
<xsl:call-template name="refine_table-header-cell-style"/>
<fo:block role="SKIP">
<xsl:apply-templates/>
</fo:block>
</fo:table-cell>
</xsl:template> <!-- cell in table header row - 'th' -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="setTableCellAttributes">
<xsl:if test="@colspan">
<xsl:attribute name="number-columns-spanned">
<xsl:value-of select="@colspan"/>
</xsl:attribute>
</xsl:if>
<xsl:if test="@rowspan">
<xsl:attribute name="number-rows-spanned">
<xsl:value-of select="@rowspan"/>
</xsl:attribute>
</xsl:if>
<xsl:call-template name="display-align"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="display-align">
<xsl:if test="@valign">
<xsl:attribute name="display-align">
<xsl:choose>
<xsl:when test="@valign = 'top'">before</xsl:when>
<xsl:when test="@valign = 'middle'">center</xsl:when>
<xsl:when test="@valign = 'bottom'">after</xsl:when>
<xsl:otherwise>before</xsl:otherwise>
</xsl:choose>
</xsl:attribute>
</xsl:if>
</xsl:template>
<!-- cell in table body, footer -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='td']" name="td">
<fo:table-cell xsl:use-attribute-sets="table-cell-style"> <!-- text-align="{@align}" -->
<xsl:call-template name="setTextAlignment">
<xsl:with-param name="default">left</xsl:with-param>
</xsl:call-template>
<xsl:call-template name="refine_table-cell-style"/>
<xsl:if test=".//*[local-name() = 'table']"> <!-- if there is nested table -->
<xsl:attribute name="padding-right">1mm</xsl:attribute>
</xsl:if>
<xsl:call-template name="setTableCellAttributes"/>
<xsl:if test="$isGenerateTableIF = 'true'">
<xsl:attribute name="border">1pt solid black</xsl:attribute> <!-- border is mandatory, to determine page width -->
<xsl:attribute name="text-align">left</xsl:attribute>
</xsl:if>
<fo:block role="SKIP">
<xsl:if test="$isGenerateTableIF = 'true'">
<xsl:attribute name="id"><xsl:value-of select="@id"/></xsl:attribute>
</xsl:if>
<xsl:apply-templates/>
<xsl:if test="$isGenerateTableIF = 'true'"> <fo:inline id="{@id}_end">end</fo:inline></xsl:if> <!-- to determine width of text --> <!-- <xsl:value-of select="$hair_space"/> -->
</fo:block>
</fo:table-cell>
</xsl:template> <!-- td -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='table']/*[local-name()='note' or local-name() = 'example']" priority="2">
<fo:block xsl:use-attribute-sets="table-note-style">
<xsl:call-template name="refine_table-note-style"/>
<!-- Table's note/example name (NOTE, for example) -->
<fo:inline xsl:use-attribute-sets="table-note-name-style">
<xsl:call-template name="refine_table-note-name-style"/>
<xsl:apply-templates select="*[local-name() = 'name']"/>
</fo:inline>
<xsl:apply-templates select="node()[not(local-name() = 'name')]"/>
</fo:block>
</xsl:template> <!-- table/note -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='table']/*[local-name()='note' or local-name()='example']/*[local-name()='p']" priority="2">
<xsl:apply-templates/>
</xsl:template>
<!-- ===================== -->
<!-- Footnotes processing -->
<!-- ===================== -->
<!--
<fn reference="1">
<p id="_8e5cf917-f75a-4a49-b0aa-1714cb6cf954">Formerly denoted as 15 % (m/m).</p>
</fn>
-->
<!-- footnotes in text (title, bibliography, main body, table's, figure's names), not for tables, figures -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'fn'][not(ancestor::*[(local-name() = 'table' or local-name() = 'figure')] and not(ancestor::*[local-name() = 'name']))]" priority="2" name="fn">
<!-- list of footnotes to calculate actual footnotes number -->
<xsl:variable name="p_fn_">
<xsl:call-template name="get_fn_list"/>
<!-- <xsl:choose>
<xsl:when test="$namespace = 'jis'">
<xsl:call-template name="get_fn_list_for_element"/>
</xsl:when>
<xsl:otherwise>
<xsl:call-template name="get_fn_list"/>
</xsl:otherwise>
</xsl:choose> -->
</xsl:variable>
<xsl:variable name="p_fn" select="xalan:nodeset($p_fn_)"/>
<xsl:variable name="gen_id" select="generate-id(.)"/>
<xsl:variable name="lang" select="ancestor::*[contains(local-name(), '-standard')]/*[local-name()='bibdata']//*[local-name()='language'][@current = 'true']"/>
<xsl:variable name="reference_">
<xsl:value-of select="@reference"/>
<xsl:if test="normalize-space(@reference) = ''"><xsl:value-of select="$gen_id"/></xsl:if>
</xsl:variable>
<xsl:variable name="reference" select="normalize-space($reference_)"/>
<!-- fn sequence number in document -->
<xsl:variable name="current_fn_number">
<xsl:choose>
<xsl:when test="@current_fn_number"><xsl:value-of select="@current_fn_number"/></xsl:when> <!-- for BSI -->
<xsl:otherwise>
<xsl:value-of select="count($p_fn//fn[@reference = $reference]/preceding-sibling::fn) + 1"/>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:variable name="current_fn_number_text">
<xsl:value-of select="$current_fn_number"/>
</xsl:variable>
<xsl:variable name="ref_id">
<xsl:choose>
<xsl:when test="normalize-space(@ref_id) != ''"><xsl:value-of select="@ref_id"/></xsl:when>
<xsl:otherwise>
<xsl:value-of select="concat('footnote_', $lang, '_', $reference, '_', $current_fn_number)"/>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:variable name="footnote_inline">
<fo:inline role="Reference">
<xsl:variable name="fn_styles">
<xsl:choose>
<xsl:when test="ancestor::*[local-name() = 'bibitem']">
<fn_styles xsl:use-attribute-sets="bibitem-note-fn-style"/>
</xsl:when>
<xsl:otherwise>
<fn_styles xsl:use-attribute-sets="fn-num-style"/>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:for-each select="xalan:nodeset($fn_styles)/fn_styles/@*">
<xsl:copy-of select="."/>
</xsl:for-each>
<xsl:if test="following-sibling::*[1][local-name() = 'fn']">
<xsl:attribute name="padding-right">0.5mm</xsl:attribute>
</xsl:if>
<xsl:call-template name="insert_basic_link">
<xsl:with-param name="element">
<fo:basic-link internal-destination="{$ref_id}" fox:alt-text="footnote {$current_fn_number}" role="Lbl">
<xsl:copy-of select="$current_fn_number_text"/>
</fo:basic-link>
</xsl:with-param>
</xsl:call-template>
</fo:inline>
</xsl:variable>
<xsl:choose>
<xsl:when test="normalize-space(@skip_footnote_body) = 'true'">
<xsl:copy-of select="$footnote_inline"/>
</xsl:when>
<xsl:when test="$p_fn//fn[@gen_id = $gen_id] or normalize-space(@skip_footnote_body) = 'false'">
<fo:footnote xsl:use-attribute-sets="fn-style" role="SKIP">
<xsl:copy-of select="$footnote_inline"/>
<fo:footnote-body role="Note">
<fo:block-container xsl:use-attribute-sets="fn-container-body-style" role="SKIP">
<fo:block xsl:use-attribute-sets="fn-body-style" role="SKIP">
<xsl:call-template name="refine_fn-body-style"/>
<fo:inline id="{$ref_id}" xsl:use-attribute-sets="fn-body-num-style" role="Lbl">
<xsl:call-template name="refine_fn-body-num-style"/>
<xsl:value-of select="$current_fn_number_text"/>
</fo:inline>
<xsl:apply-templates/>
</fo:block>
</fo:block-container>
</fo:footnote-body>
</fo:footnote>
</xsl:when>
<xsl:otherwise>
<xsl:copy-of select="$footnote_inline"/>
</xsl:otherwise>
</xsl:choose>
</xsl:template> <!-- fn in text -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="get_fn_list">
<xsl:choose>
<xsl:when test="@current_fn_number"> <!-- for BSI, footnote reference number calculated already -->
<fn gen_id="{generate-id(.)}">
<xsl:copy-of select="@*"/>
<xsl:copy-of select="node()"/>
</fn>
</xsl:when>
<xsl:otherwise>
<!-- itetation for:
footnotes in bibdata/title
footnotes in bibliography
footnotes in document's body (except table's head/body/foot and figure text)
-->
<xsl:for-each select="ancestor::*[contains(local-name(), '-standard')]/*[local-name() = 'bibdata']/*[local-name() = 'note'][@type='title-footnote']">
<fn gen_id="{generate-id(.)}">
<xsl:copy-of select="@*"/>
<xsl:copy-of select="node()"/>
</fn>
</xsl:for-each>
<xsl:for-each select="ancestor::*[contains(local-name(), '-standard')]/*[local-name()='boilerplate']/* | ancestor::*[contains(local-name(), '-standard')]/*[local-name()='preface']/* | ancestor::*[contains(local-name(), '-standard')]/*[local-name()='sections']/* | ancestor::*[contains(local-name(), '-standard')]//*[local-name()='annex'] | ancestor::*[contains(local-name(), '-standard')]//*[local-name()='bibliography']/*">
<xsl:sort select="@displayorder" data-type="number"/>
<!-- commented:
.//*[local-name() = 'bibitem'][ancestor::*[local-name() = 'references']]/*[local-name() = 'note'] |
because 'fn' there is in biblio-tag -->
<xsl:for-each select=".//*[local-name() = 'fn'][not(ancestor::*[(local-name() = 'table' or local-name() = 'figure')] and not(ancestor::*[local-name() = 'name']))][generate-id(.)=generate-id(key('kfn',@reference)[1])]">
<!-- copy unique fn -->
<fn gen_id="{generate-id(.)}">
<xsl:copy-of select="@*"/>
<xsl:copy-of select="node()"/>
</fn>
</xsl:for-each>
</xsl:for-each>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="get_fn_list_for_element">
<xsl:choose>
<xsl:when test="@current_fn_number"> <!-- footnote reference number calculated already -->
<fn gen_id="{generate-id(.)}">
<xsl:copy-of select="@*"/>
<xsl:copy-of select="node()"/>
</fn>
</xsl:when>
<xsl:otherwise>
<xsl:for-each select="ancestor::*[local-name() = 'ul' or local-name() = 'ol'][1]">
<xsl:variable name="element_id" select="@id"/>
<xsl:for-each select=".//*[local-name() = 'fn'][generate-id(.)=generate-id(key('kfn',@reference)[1])]">
<!-- copy unique fn -->
<fn gen_id="{generate-id(.)}">
<xsl:copy-of select="@*"/>
<xsl:copy-of select="node()"/>
</fn>
</xsl:for-each>
</xsl:for-each>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<!-- ============================ -->
<!-- table's footnotes rendering -->
<!-- ============================ -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="table_fn_display">
<xsl:variable name="references">
<xsl:for-each select="..//*[local-name()='fn'][local-name(..) != 'name']">
<xsl:call-template name="create_fn"/>
</xsl:for-each>
</xsl:variable>
<xsl:for-each select="xalan:nodeset($references)//fn">
<xsl:variable name="reference" select="@reference"/>
<xsl:if test="not(preceding-sibling::*[@reference = $reference])"> <!-- only unique reference puts in note-->
<fo:block xsl:use-attribute-sets="table-fn-style">
<xsl:call-template name="refine_table-fn-style"/>
<fo:inline id="{@id}" xsl:use-attribute-sets="table-fn-number-style">
<xsl:call-template name="refine_table-fn-number-style"/>
<xsl:value-of select="@reference"/>
</fo:inline>
<fo:inline xsl:use-attribute-sets="table-fn-body-style">
<xsl:copy-of select="./node()"/>
</fo:inline>
</fo:block>
</xsl:if>
</xsl:for-each>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="create_fn">
<fn reference="{@reference}" id="{@reference}_{ancestor::*[@id][1]/@id}">
<xsl:apply-templates/>
</fn>
</xsl:template>
<!-- footnotes for table's name rendering -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="table_name_fn_display">
<xsl:for-each select="*[local-name()='name']//*[local-name()='fn']">
<xsl:variable name="reference" select="@reference"/>
<fo:block id="{@reference}_{ancestor::*[@id][1]/@id}"><xsl:value-of select="@reference"/></fo:block>
<fo:block margin-bottom="12pt">
<xsl:apply-templates/>
</fo:block>
</xsl:for-each>
</xsl:template>
<!-- ============================ -->
<!-- EMD table's footnotes rendering -->
<!-- ============================ -->
<!-- figure's footnotes rendering -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="fn_display_figure">
<!-- current figure id -->
<xsl:variable name="figure_id_">
<xsl:value-of select="@id"/>
<xsl:if test="not(@id)"><xsl:value-of select="generate-id()"/></xsl:if>
</xsl:variable>
<xsl:variable name="figure_id" select="normalize-space($figure_id_)"/>
<!-- all footnotes relates to the current figure -->
<xsl:variable name="references">
<xsl:for-each select=".//*[local-name()='fn'][not(parent::*[local-name()='name'])][ancestor::*[local-name() = 'figure'][1][@id = $figure_id]]">
<fn reference="{@reference}" id="{@reference}_{ancestor::*[@id][1]/@id}">
<xsl:apply-templates/>
</fn>
</xsl:for-each>
</xsl:variable>
<xsl:if test="xalan:nodeset($references)//fn">
<xsl:variable name="key_iso">
true
</xsl:variable>
<fo:block>
<!-- current hierarchy is 'figure' element -->
<xsl:variable name="following_dl_colwidths">
<xsl:if test="*[local-name() = 'dl']"><!-- if there is a 'dl', then set the same columns width as for 'dl' -->
<xsl:variable name="simple-table">
<!-- <xsl:variable name="doc_ns">
<xsl:if test="$namespace = 'bipm'">bipm</xsl:if>
</xsl:variable>
<xsl:variable name="ns">
<xsl:choose>
<xsl:when test="normalize-space($doc_ns) != ''">
<xsl:value-of select="normalize-space($doc_ns)"/>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="substring-before(name(/*), '-')"/>
</xsl:otherwise>
</xsl:choose>
</xsl:variable> -->
<xsl:for-each select="*[local-name() = 'dl'][1]">
<tbody>
<xsl:apply-templates mode="dl"/>
</tbody>
</xsl:for-each>
</xsl:variable>
<xsl:call-template name="calculate-column-widths">
<xsl:with-param name="cols-count" select="2"/>
<xsl:with-param name="table" select="$simple-table"/>
</xsl:call-template>
</xsl:if>
</xsl:variable>
<xsl:variable name="maxlength_dt">
<xsl:for-each select="*[local-name() = 'dl'][1]">
<xsl:call-template name="getMaxLength_dt"/>
</xsl:for-each>
</xsl:variable>
<fo:table width="95%" table-layout="fixed">
<xsl:if test="normalize-space($key_iso) = 'true'">
<xsl:attribute name="font-size">10pt</xsl:attribute>
<xsl:attribute name="font-size">8pt</xsl:attribute>
</xsl:if>
<xsl:choose>
<!-- if there 'dl', then set same columns width -->
<xsl:when test="xalan:nodeset($following_dl_colwidths)//column">
<xsl:call-template name="setColumnWidth_dl">
<xsl:with-param name="colwidths" select="$following_dl_colwidths"/>
<xsl:with-param name="maxlength_dt" select="$maxlength_dt"/>
</xsl:call-template>
</xsl:when>
<xsl:otherwise>
<fo:table-column column-width="5%"/>
<fo:table-column column-width="95%"/>
</xsl:otherwise>
</xsl:choose>
<fo:table-body>
<xsl:for-each select="xalan:nodeset($references)//fn">
<xsl:variable name="reference" select="@reference"/>
<xsl:if test="not(preceding-sibling::*[@reference = $reference])"> <!-- only unique reference puts in note-->
<fo:table-row>
<fo:table-cell>
<fo:block>
<fo:inline id="{@id}" xsl:use-attribute-sets="figure-fn-number-style">
<xsl:value-of select="@reference"/>
</fo:inline>
</fo:block>
</fo:table-cell>
<fo:table-cell>
<fo:block xsl:use-attribute-sets="figure-fn-body-style">
<xsl:if test="normalize-space($key_iso) = 'true'">
</xsl:if>
<xsl:copy-of select="./node()"/>
</fo:block>
</fo:table-cell>
</fo:table-row>
</xsl:if>
</xsl:for-each>
</fo:table-body>
</fo:table>
</fo:block>
</xsl:if>
</xsl:template> <!-- fn_display_figure -->
<!-- fn reference in the text rendering (for instance, 'some text 1) some text' ) -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='fn']">
<fo:inline xsl:use-attribute-sets="fn-reference-style">
<xsl:call-template name="refine_fn-reference-style"/>
<fo:basic-link internal-destination="{@reference}_{ancestor::*[@id][1]/@id}" fox:alt-text="{@reference}"> <!-- @reference | ancestor::*[local-name()='clause'][1]/@id-->
<xsl:value-of select="@reference"/>
</fo:basic-link>
</fo:inline>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='fn']/text()[normalize-space() != '']">
<fo:inline role="SKIP"><xsl:value-of select="."/></fo:inline>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='fn']//*[local-name()='p']">
<fo:inline role="P">
<xsl:apply-templates/>
</fo:inline>
</xsl:template>
<!-- ===================== -->
<!-- END Footnotes processing -->
<!-- ===================== -->
<!-- ===================== -->
<!-- Definition List -->
<!-- ===================== -->
<!-- for table auto-layout algorithm -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='dl']" priority="2">
<xsl:choose>
<xsl:when test="$table_only_with_id != '' and @id = $table_only_with_id">
<xsl:call-template name="dl"/>
</xsl:when>
<xsl:when test="$table_only_with_id != ''"><fo:block/><!-- to prevent empty fo:block-container --></xsl:when>
<xsl:when test="$table_only_with_ids != '' and contains($table_only_with_ids, concat(@id, ' '))">
<xsl:call-template name="dl"/>
</xsl:when>
<xsl:when test="$table_only_with_ids != ''"><fo:block/><!-- to prevent empty fo:block-container --></xsl:when>
<xsl:otherwise>
<xsl:call-template name="dl"/>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='dl']" name="dl">
<xsl:variable name="isAdded" select="@added"/>
<xsl:variable name="isDeleted" select="@deleted"/>
<!-- <dl><xsl:copy-of select="."/></dl> -->
<fo:block-container xsl:use-attribute-sets="dl-block-style" role="SKIP">
<xsl:call-template name="setBlockSpanAll"/>
<xsl:if test="not(ancestor::*[local-name() = 'quote'])">
<xsl:attribute name="margin-left">0mm</xsl:attribute>
</xsl:if>
<xsl:if test="ancestor::*[local-name() = 'sourcecode']">
<!-- set font-size as sourcecode font-size -->
<xsl:variable name="sourcecode_attributes">
<xsl:call-template name="get_sourcecode_attributes"/>
</xsl:variable>
<xsl:for-each select="xalan:nodeset($sourcecode_attributes)/sourcecode_attributes/@font-size">
<xsl:attribute name="{local-name()}">
<xsl:value-of select="."/>
</xsl:attribute>
</xsl:for-each>
</xsl:if>
<xsl:if test="parent::*[local-name() = 'note']">
<xsl:attribute name="margin-left">
<xsl:choose>
<xsl:when test="not(ancestor::*[local-name() = 'table'])"><xsl:value-of select="$note-body-indent"/></xsl:when>
<xsl:otherwise><xsl:value-of select="$note-body-indent-table"/></xsl:otherwise>
</xsl:choose>
</xsl:attribute>
</xsl:if>
<xsl:call-template name="setTrackChangesStyles">
<xsl:with-param name="isAdded" select="$isAdded"/>
<xsl:with-param name="isDeleted" select="$isDeleted"/>
</xsl:call-template>
<fo:block-container margin-left="0mm" role="SKIP">
<xsl:attribute name="margin-right">0mm</xsl:attribute>
<xsl:variable name="parent" select="local-name(..)"/>
<xsl:variable name="key_iso">
<xsl:if test="$parent = 'figure' or $parent = 'formula' or ../@key = 'true'">true</xsl:if>
<!-- and (not(../@class) or ../@class !='pseudocode') -->
</xsl:variable>
<xsl:variable name="onlyOneComponent" select="normalize-space($parent = 'formula' and count(*[local-name()='dt']) = 1)"/>
<xsl:choose>
<xsl:when test="$onlyOneComponent = 'true'"> <!-- only one component -->
<fo:block text-align="left">
<xsl:attribute name="margin-bottom">15pt</xsl:attribute>
<!-- <xsl:variable name="title-where">
<xsl:call-template name="getLocalizedString">
<xsl:with-param name="key">where</xsl:with-param>
</xsl:call-template>
</xsl:variable>
<xsl:value-of select="$title-where"/> -->
<xsl:apply-templates select="preceding-sibling::*[1][local-name() = 'p' and @keep-with-next = 'true']/node()"/>
</fo:block>
<fo:block>
<xsl:apply-templates select="*[local-name()='dt']/*"/>
<xsl:text> </xsl:text>
<xsl:apply-templates select="*[local-name()='dd']/node()" mode="inline"/>
</fo:block>
</xsl:when> <!-- END: only one component -->
<xsl:when test="$parent = 'formula'"> <!-- a few components -->
<fo:block margin-bottom="12pt" text-align="left">
<xsl:call-template name="refine_dl_formula_where_style"/>
<!-- <xsl:variable name="title-where">
<xsl:call-template name="getLocalizedString">
<xsl:with-param name="key">where</xsl:with-param>
</xsl:call-template>
</xsl:variable>
<xsl:value-of select="$title-where"/><xsl:if test="$namespace = 'bsi' or $namespace = 'itu'">:</xsl:if> -->
<!-- preceding 'p' with word 'where' -->
<xsl:apply-templates select="preceding-sibling::*[1][local-name() = 'p' and @keep-with-next = 'true']/node()"/>
</fo:block>
</xsl:when> <!-- END: a few components -->
<xsl:when test="$parent = 'figure' and (not(../@class) or ../@class !='pseudocode')"> <!-- definition list in a figure -->
<fo:block font-weight="bold" text-align="left" margin-bottom="12pt" keep-with-next="always">
<xsl:call-template name="refine_figure_key_style"/>
<xsl:variable name="title-key">
<xsl:call-template name="getLocalizedString">
<xsl:with-param name="key">key</xsl:with-param>
</xsl:call-template>
</xsl:variable>
<xsl:value-of select="$title-key"/>
</fo:block>
</xsl:when> <!-- END: definition list in a figure -->
</xsl:choose>
<!-- a few components -->
<xsl:if test="$onlyOneComponent = 'false'">
<fo:block role="SKIP">
<xsl:call-template name="refine_multicomponent_style"/>
<xsl:if test="ancestor::*[local-name() = 'dd' or local-name() = 'td']">
<xsl:attribute name="margin-top">0</xsl:attribute>
</xsl:if>
<fo:block role="SKIP">
<xsl:call-template name="refine_multicomponent_block_style"/>
<xsl:apply-templates select="*[local-name() = 'name']">
<xsl:with-param name="process">true</xsl:with-param>
</xsl:apply-templates>
<xsl:if test="$isGenerateTableIF = 'true'">
<!-- to determine start of table -->
<fo:block id="{concat('table_if_start_',@id)}" keep-with-next="always" font-size="1pt">Start table '<xsl:value-of select="@id"/>'.</fo:block>
</xsl:if>
<fo:table width="95%" table-layout="fixed">
<xsl:if test="$isGenerateTableIF = 'true'">
<xsl:attribute name="wrap-option">no-wrap</xsl:attribute>
</xsl:if>
<xsl:choose>
<xsl:when test="normalize-space($key_iso) = 'true' and $parent = 'formula'"/>
<xsl:when test="normalize-space($key_iso) = 'true'">
<xsl:attribute name="font-size">10pt</xsl:attribute>
<xsl:attribute name="font-size">8pt</xsl:attribute>
</xsl:when>
</xsl:choose>
<xsl:choose>
<xsl:when test="$isGenerateTableIF = 'true'">
<!-- generate IF for table widths -->
<!-- example:
<tr>
<td valign="top" align="left" id="tab-symdu_1_1">
<p>Symbol</p>
<word id="tab-symdu_1_1_word_1">Symbol</word>
</td>
<td valign="top" align="left" id="tab-symdu_1_2">
<p>Description</p>
<word id="tab-symdu_1_2_word_1">Description</word>
</td>
</tr>
-->
<!-- create virtual html table for dl/[dt and dd] -->
<xsl:variable name="simple-table">
<!-- initial='<xsl:copy-of select="."/>' -->
<xsl:variable name="dl_table">
<tbody>
<xsl:apply-templates mode="dl_if">
<xsl:with-param name="id" select="@id"/>
</xsl:apply-templates>
</tbody>
</xsl:variable>
<!-- dl_table='<xsl:copy-of select="$dl_table"/>' -->
<!-- Step: replace <br/> to <p>...</p> -->
<xsl:variable name="table_without_br">
<xsl:apply-templates select="xalan:nodeset($dl_table)" mode="table-without-br"/>
</xsl:variable>
<!-- table_without_br='<xsl:copy-of select="$table_without_br"/>' -->
<!-- Step: add id to each cell -->
<!-- add <word>...</word> for each word, image, math -->
<xsl:variable name="simple-table-id">
<xsl:apply-templates select="xalan:nodeset($table_without_br)" mode="simple-table-id">
<xsl:with-param name="id" select="@id"/>
</xsl:apply-templates>
</xsl:variable>
<!-- simple-table-id='<xsl:copy-of select="$simple-table-id"/>' -->
<xsl:copy-of select="xalan:nodeset($simple-table-id)"/>
</xsl:variable>
<!-- DEBUG: simple-table<xsl:copy-of select="$simple-table"/> -->
<xsl:apply-templates select="xalan:nodeset($simple-table)" mode="process_table-if">
<xsl:with-param name="table_or_dl">dl</xsl:with-param>
</xsl:apply-templates>
</xsl:when>
<xsl:otherwise>
<xsl:variable name="simple-table">
<xsl:variable name="dl_table">
<tbody>
<xsl:apply-templates mode="dl">
<xsl:with-param name="id" select="@id"/>
</xsl:apply-templates>
</tbody>
</xsl:variable>
<xsl:copy-of select="$dl_table"/>
</xsl:variable>
<xsl:variable name="colwidths">
<xsl:choose>
<!-- dl from table[@class='dl'] -->
<xsl:when test="*[local-name() = 'colgroup']">
<autolayout/>
<xsl:for-each select="*[local-name() = 'colgroup']/*[local-name() = 'col']">
<column><xsl:value-of select="translate(@width,'%m','')"/></column>
</xsl:for-each>
</xsl:when>
<xsl:otherwise>
<xsl:call-template name="calculate-column-widths">
<xsl:with-param name="cols-count" select="2"/>
<xsl:with-param name="table" select="$simple-table"/>
</xsl:call-template>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<!-- <xsl:text disable-output-escaping="yes"><!- -</xsl:text>
DEBUG
colwidths=<xsl:copy-of select="$colwidths"/>
<xsl:text disable-output-escaping="yes">- -></xsl:text> -->
<!-- colwidths=<xsl:copy-of select="$colwidths"/> -->
<xsl:variable name="maxlength_dt">
<xsl:call-template name="getMaxLength_dt"/>
</xsl:variable>
<xsl:variable name="isContainsKeepTogetherTag_">
false
</xsl:variable>
<xsl:variable name="isContainsKeepTogetherTag" select="normalize-space($isContainsKeepTogetherTag_)"/>
<!-- isContainsExpressReference=<xsl:value-of select="$isContainsExpressReference"/> -->
<xsl:call-template name="setColumnWidth_dl">
<xsl:with-param name="colwidths" select="$colwidths"/>
<xsl:with-param name="maxlength_dt" select="$maxlength_dt"/>
<xsl:with-param name="isContainsKeepTogetherTag" select="$isContainsKeepTogetherTag"/>
</xsl:call-template>
<fo:table-body>
<!-- DEBUG -->
<xsl:if test="$table_if_debug = 'true'">
<fo:table-row>
<fo:table-cell number-columns-spanned="2" font-size="60%">
<xsl:apply-templates select="xalan:nodeset($colwidths)" mode="print_as_xml"/>
</fo:table-cell>
</fo:table-row>
</xsl:if>
<xsl:apply-templates>
<xsl:with-param name="key_iso" select="normalize-space($key_iso)"/>
<xsl:with-param name="split_keep-within-line" select="xalan:nodeset($colwidths)/split_keep-within-line"/>
</xsl:apply-templates>
</fo:table-body>
</xsl:otherwise>
</xsl:choose>
</fo:table>
</fo:block>
</fo:block>
</xsl:if> <!-- END: a few components -->
</fo:block-container>
</fo:block-container>
<xsl:if test="$isGenerateTableIF = 'true'"> <!-- process nested 'dl' -->
<xsl:apply-templates select="*[local-name() = 'dd']/*[local-name() = 'dl']"/>
</xsl:if>
</xsl:template> <!-- END: dl -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_dl_formula_where_style">
<xsl:attribute name="margin-bottom">10pt</xsl:attribute>
</xsl:template> <!-- refine_dl_formula_where_style -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_figure_key_style">
<xsl:attribute name="font-size">8pt</xsl:attribute>
<xsl:attribute name="margin-bottom">8pt</xsl:attribute>
</xsl:template> <!-- refine_figure_key_style -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_multicomponent_style">
<xsl:variable name="parent" select="local-name(..)"/>
</xsl:template> <!-- refine_multicomponent_style -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_multicomponent_block_style">
<xsl:variable name="parent" select="local-name(..)"/>
</xsl:template> <!-- refine_multicomponent_block_style -->
<!-- ignore 'p' with 'where' in formula, before 'dl' -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'formula']/*[local-name() = 'p' and @keep-with-next = 'true' and following-sibling::*[1][local-name() = 'dl']]"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'dl']/*[local-name() = 'name']">
<xsl:param name="process">false</xsl:param>
<xsl:if test="$process = 'true'">
<fo:block xsl:use-attribute-sets="dl-name-style">
<xsl:apply-templates/>
</fo:block>
</xsl:if>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="setColumnWidth_dl">
<xsl:param name="colwidths"/>
<xsl:param name="maxlength_dt"/>
<xsl:param name="isContainsKeepTogetherTag"/>
<!-- <colwidths><xsl:copy-of select="$colwidths"/></colwidths> -->
<xsl:choose>
<xsl:when test="xalan:nodeset($colwidths)/autolayout">
<xsl:call-template name="insertTableColumnWidth">
<xsl:with-param name="colwidths" select="$colwidths"/>
</xsl:call-template>
</xsl:when>
<xsl:when test="ancestor::*[local-name()='dl']"><!-- second level, i.e. inlined table -->
<fo:table-column column-width="50%"/>
<fo:table-column column-width="50%"/>
</xsl:when>
<xsl:otherwise>
<xsl:choose>
<xsl:when test="xalan:nodeset($colwidths)/autolayout">
<xsl:call-template name="insertTableColumnWidth">
<xsl:with-param name="colwidths" select="$colwidths"/>
</xsl:call-template>
</xsl:when>
<xsl:when test="$isContainsKeepTogetherTag">
<xsl:call-template name="insertTableColumnWidth">
<xsl:with-param name="colwidths" select="$colwidths"/>
</xsl:call-template>
</xsl:when>
<!-- to set width check most wide chars like `W` -->
<xsl:when test="normalize-space($maxlength_dt) != '' and number($maxlength_dt) <= 2"> <!-- if dt contains short text like t90, a, etc -->
<fo:table-column column-width="7%"/>
<fo:table-column column-width="93%"/>
</xsl:when>
<xsl:when test="normalize-space($maxlength_dt) != '' and number($maxlength_dt) <= 5"> <!-- if dt contains short text like ABC, etc -->
<fo:table-column column-width="15%"/>
<fo:table-column column-width="85%"/>
</xsl:when>
<xsl:when test="normalize-space($maxlength_dt) != '' and number($maxlength_dt) <= 7"> <!-- if dt contains short text like ABCDEF, etc -->
<fo:table-column column-width="20%"/>
<fo:table-column column-width="80%"/>
</xsl:when>
<xsl:when test="normalize-space($maxlength_dt) != '' and number($maxlength_dt) <= 10"> <!-- if dt contains short text like ABCDEFEF, etc -->
<fo:table-column column-width="25%"/>
<fo:table-column column-width="75%"/>
</xsl:when>
<!-- <xsl:when test="xalan:nodeset($colwidths)/column[1] div xalan:nodeset($colwidths)/column[2] > 1.7">
<fo:table-column column-width="60%"/>
<fo:table-column column-width="40%"/>
</xsl:when> -->
<xsl:when test="xalan:nodeset($colwidths)/column[1] div xalan:nodeset($colwidths)/column[2] > 1.3">
<fo:table-column column-width="50%"/>
<fo:table-column column-width="50%"/>
</xsl:when>
<xsl:when test="xalan:nodeset($colwidths)/column[1] div xalan:nodeset($colwidths)/column[2] > 0.5">
<fo:table-column column-width="40%"/>
<fo:table-column column-width="60%"/>
</xsl:when>
<xsl:otherwise>
<xsl:call-template name="insertTableColumnWidth">
<xsl:with-param name="colwidths" select="$colwidths"/>
</xsl:call-template>
</xsl:otherwise>
</xsl:choose>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="insertTableColumnWidth">
<xsl:param name="colwidths"/>
<xsl:for-each select="xalan:nodeset($colwidths)//column">
<xsl:choose>
<xsl:when test=". = 1 or . = 0">
<fo:table-column column-width="proportional-column-width(2)"/>
</xsl:when>
<xsl:otherwise>
<!-- <fo:table-column column-width="proportional-column-width({.})"/> -->
<xsl:variable name="divider">
<xsl:value-of select="@divider"/>
<xsl:if test="not(@divider)">1</xsl:if>
</xsl:variable>
<fo:table-column column-width="proportional-column-width({round(. div $divider)})"/>
</xsl:otherwise>
</xsl:choose>
</xsl:for-each>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="getMaxLength_dt">
<xsl:variable name="lengths">
<xsl:for-each select="*[local-name()='dt']">
<xsl:variable name="maintext_length" select="string-length(normalize-space(.))"/>
<xsl:variable name="attributes">
<xsl:for-each select=".//@open"><xsl:value-of select="."/></xsl:for-each>
<xsl:for-each select=".//@close"><xsl:value-of select="."/></xsl:for-each>
</xsl:variable>
<length><xsl:value-of select="string-length(normalize-space(.)) + string-length($attributes)"/></length>
</xsl:for-each>
</xsl:variable>
<xsl:variable name="maxLength">
<xsl:for-each select="xalan:nodeset($lengths)/length">
<xsl:sort select="." data-type="number" order="descending"/>
<xsl:if test="position() = 1">
<xsl:value-of select="."/>
</xsl:if>
</xsl:for-each>
</xsl:variable>
<!-- <xsl:message>DEBUG:<xsl:value-of select="$maxLength"/></xsl:message> -->
<xsl:value-of select="$maxLength"/>
</xsl:template>
<!-- note in definition list: dl/note -->
<!-- renders in the 2-column spanned table row -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='dl']/*[local-name()='note']" priority="2">
<xsl:param name="key_iso"/>
<!-- <tr>
<td>NOTE</td>
<td>
<xsl:apply-templates />
</td>
</tr>
-->
<!-- OLD Variant -->
<!-- <fo:table-row>
<fo:table-cell>
<fo:block margin-top="6pt">
<xsl:if test="normalize-space($key_iso) = 'true'">
<xsl:attribute name="margin-top">0</xsl:attribute>
</xsl:if>
<xsl:apply-templates select="*[local-name() = 'name']" />
</fo:block>
</fo:table-cell>
<fo:table-cell>
<fo:block>
<xsl:apply-templates select="node()[not(local-name() = 'name')]" />
</fo:block>
</fo:table-cell>
</fo:table-row> -->
<!-- <tr>
<td number-columns-spanned="2">NOTE <xsl:apply-templates /> </td>
</tr>
-->
<fo:table-row>
<fo:table-cell number-columns-spanned="2">
<fo:block role="SKIP">
<xsl:call-template name="note"/>
</fo:block>
</fo:table-cell>
</fo:table-row>
</xsl:template> <!-- END: dl/note -->
<!-- virtual html table for dl/[dt and dd] -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='dt']" mode="dl">
<xsl:param name="id"/>
<xsl:variable name="row_number" select="count(preceding-sibling::*[local-name()='dt']) + 1"/>
<tr>
<td>
<xsl:attribute name="id">
<xsl:value-of select="concat($id,'@',$row_number,'_1')"/>
</xsl:attribute>
<xsl:apply-templates/>
</td>
<td>
<xsl:attribute name="id">
<xsl:value-of select="concat($id,'@',$row_number,'_2')"/>
</xsl:attribute>
<xsl:apply-templates select="following-sibling::*[local-name()='dd'][1]">
<xsl:with-param name="process">true</xsl:with-param>
</xsl:apply-templates>
</td>
</tr>
</xsl:template>
<!-- Definition's term -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='dt']">
<xsl:param name="key_iso"/>
<xsl:param name="split_keep-within-line"/>
<fo:table-row xsl:use-attribute-sets="dt-row-style">
<xsl:call-template name="insert_dt_cell">
<xsl:with-param name="key_iso" select="$key_iso"/>
<xsl:with-param name="split_keep-within-line" select="$split_keep-within-line"/>
</xsl:call-template>
<xsl:for-each select="following-sibling::*[local-name()='dd'][1]">
<xsl:call-template name="insert_dd_cell">
<xsl:with-param name="split_keep-within-line" select="$split_keep-within-line"/>
</xsl:call-template>
</xsl:for-each>
</fo:table-row>
</xsl:template> <!-- END: dt -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="insert_dt_cell">
<xsl:param name="key_iso"/>
<xsl:param name="split_keep-within-line"/>
<fo:table-cell xsl:use-attribute-sets="dt-cell-style">
<xsl:if test="$isGenerateTableIF = 'true'">
<!-- border is mandatory, to calculate real width -->
<xsl:attribute name="border">0.1pt solid black</xsl:attribute>
<xsl:attribute name="text-align">left</xsl:attribute>
</xsl:if>
<xsl:call-template name="refine_dt-cell-style"/>
<fo:block xsl:use-attribute-sets="dt-block-style" role="SKIP">
<xsl:copy-of select="@id"/>
<xsl:if test="normalize-space($key_iso) = 'true'">
<xsl:attribute name="margin-top">0</xsl:attribute>
</xsl:if>
<xsl:call-template name="refine_dt-block-style"/>
<xsl:apply-templates>
<xsl:with-param name="split_keep-within-line" select="$split_keep-within-line"/>
</xsl:apply-templates>
<xsl:if test="$isGenerateTableIF = 'true'"><fo:inline id="{@id}_end">end</fo:inline></xsl:if> <!-- to determine width of text --> <!-- <xsl:value-of select="$hair_space"/> -->
</fo:block>
</fo:table-cell>
</xsl:template> <!-- insert_dt_cell -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="insert_dd_cell">
<xsl:param name="split_keep-within-line"/>
<fo:table-cell xsl:use-attribute-sets="dd-cell-style">
<xsl:if test="$isGenerateTableIF = 'true'">
<!-- border is mandatory, to calculate real width -->
<xsl:attribute name="border">0.1pt solid black</xsl:attribute>
</xsl:if>
<xsl:call-template name="refine_dd-cell-style"/>
<fo:block role="SKIP">
<xsl:if test="$isGenerateTableIF = 'true'">
<xsl:attribute name="id"><xsl:value-of select="@id"/></xsl:attribute>
</xsl:if>
<xsl:choose>
<xsl:when test="$isGenerateTableIF = 'true'">
<xsl:apply-templates> <!-- following-sibling::*[local-name()='dd'][1] -->
<xsl:with-param name="process">true</xsl:with-param>
</xsl:apply-templates>
</xsl:when>
<xsl:otherwise>
<xsl:apply-templates select="."> <!-- following-sibling::*[local-name()='dd'][1] -->
<xsl:with-param name="process">true</xsl:with-param>
<xsl:with-param name="split_keep-within-line" select="$split_keep-within-line"/>
</xsl:apply-templates>
</xsl:otherwise>
</xsl:choose>
<xsl:if test="$isGenerateTableIF = 'true'"><fo:inline id="{@id}_end">end</fo:inline></xsl:if> <!-- to determine width of text --> <!-- <xsl:value-of select="$hair_space"/> -->
</fo:block>
</fo:table-cell>
</xsl:template> <!-- insert_dd_cell -->
<!-- END Definition's term -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='dd']" mode="dl"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='dd']" mode="dl_process">
<xsl:apply-templates/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='dd']">
<xsl:param name="process">false</xsl:param>
<xsl:param name="split_keep-within-line"/>
<xsl:if test="$process = 'true'">
<xsl:apply-templates select="@language"/>
<xsl:apply-templates>
<xsl:with-param name="split_keep-within-line" select="$split_keep-within-line"/>
</xsl:apply-templates>
</xsl:if>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='dd']/*" mode="inline">
<xsl:variable name="is_inline_element_after_where">
<xsl:if test="(local-name() = 'p') and not(preceding-sibling::node()[normalize-space() != ''])">true</xsl:if>
</xsl:variable>
<xsl:choose>
<xsl:when test="$is_inline_element_after_where = 'true'">
<fo:inline><xsl:text> </xsl:text><xsl:apply-templates/></fo:inline>
</xsl:when>
<xsl:otherwise>
<xsl:apply-templates select="."/>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<!-- virtual html table for dl/[dt and dd] for IF (Intermediate Format) -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='dt']" mode="dl_if">
<xsl:param name="id"/>
<tr>
<td>
<xsl:copy-of select="node()"/>
</td>
<td>
<!-- <xsl:copy-of select="following-sibling::*[local-name()='dd'][1]/node()[not(local-name() = 'dl')]"/> -->
<xsl:apply-templates select="following-sibling::*[local-name()='dd'][1]/node()[not(local-name() = 'dl')]" mode="dl_if"/>
<!-- get paragraphs from nested 'dl' -->
<xsl:apply-templates select="following-sibling::*[local-name()='dd'][1]/*[local-name() = 'dl']" mode="dl_if_nested"/>
</td>
</tr>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='dd']" mode="dl_if"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*" mode="dl_if">
<xsl:copy-of select="."/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'p']" mode="dl_if">
<xsl:param name="indent"/>
<p>
<xsl:copy-of select="@*"/>
<xsl:value-of select="$indent"/>
<xsl:copy-of select="node()"/>
</p>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'ul' or local-name() = 'ol']" mode="dl_if">
<xsl:variable name="list_rendered_">
<xsl:apply-templates select="."/>
</xsl:variable>
<xsl:variable name="list_rendered" select="xalan:nodeset($list_rendered_)"/>
<xsl:variable name="indent">
<xsl:for-each select="($list_rendered//fo:block[not(.//fo:block)])[1]">
<xsl:apply-templates select="ancestor::*[@provisional-distance-between-starts]/@provisional-distance-between-starts" mode="dl_if"/>
</xsl:for-each>
</xsl:variable>
<xsl:apply-templates mode="dl_if">
<xsl:with-param name="indent" select="$indent"/>
</xsl:apply-templates>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'li']" mode="dl_if">
<xsl:param name="indent"/>
<xsl:apply-templates mode="dl_if">
<xsl:with-param name="indent" select="$indent"/>
</xsl:apply-templates>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="@provisional-distance-between-starts" mode="dl_if">
<xsl:variable name="value" select="round(substring-before(.,'mm'))"/>
<!-- emulate left indent for list item -->
<xsl:call-template name="repeat">
<xsl:with-param name="char" select="'x'"/>
<xsl:with-param name="count" select="$value"/>
</xsl:call-template>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='dl']" mode="dl_if_nested">
<xsl:for-each select="*[local-name() = 'dt']">
<p>
<xsl:copy-of select="node()"/>
<xsl:text> </xsl:text>
<xsl:copy-of select="following-sibling::*[local-name()='dd'][1]/*[local-name() = 'p']/node()"/>
</p>
</xsl:for-each>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='dd']" mode="dl_if_nested"/>
<!-- ===================== -->
<!-- END Definition List -->
<!-- ===================== -->
<!-- default: ignore title in sections/p -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'sections']/*[local-name() = 'p'][starts-with(@class, 'zzSTDTitle')]" priority="3"/>
<!-- ========================= -->
<!-- Rich text formatting -->
<!-- ========================= -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='em']">
<fo:inline font-style="italic">
<xsl:call-template name="refine_italic_style"/>
<xsl:apply-templates/>
</fo:inline>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_italic_style">
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='strong'] | *[local-name()='b']">
<xsl:param name="split_keep-within-line"/>
<fo:inline font-weight="bold">
<xsl:call-template name="refine_strong_style"/>
<xsl:apply-templates>
<xsl:with-param name="split_keep-within-line" select="$split_keep-within-line"/>
</xsl:apply-templates>
</fo:inline>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_strong_style">
<xsl:if test="ancestor::*['preferred']">
<xsl:attribute name="role">SKIP</xsl:attribute>
</xsl:if>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='padding']">
<fo:inline padding-right="{@value}"> </fo:inline>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='sup']">
<fo:inline font-size="80%" vertical-align="super">
<xsl:apply-templates/>
</fo:inline>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='sub']">
<fo:inline font-size="80%" vertical-align="sub">
<xsl:apply-templates/>
</fo:inline>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='tt']">
<fo:inline xsl:use-attribute-sets="tt-style">
<xsl:variable name="_font-size">
10
<!-- inherit -->
</xsl:variable>
<xsl:variable name="font-size" select="normalize-space($_font-size)"/>
<xsl:if test="$font-size != ''">
<xsl:attribute name="font-size">
<xsl:choose>
<xsl:when test="$font-size = 'inherit'"><xsl:value-of select="$font-size"/></xsl:when>
<xsl:when test="contains($font-size, '%')"><xsl:value-of select="$font-size"/></xsl:when>
<xsl:when test="ancestor::*[local-name()='note'] or ancestor::*[local-name()='example']"><xsl:value-of select="$font-size * 0.91"/>pt</xsl:when>
<xsl:otherwise><xsl:value-of select="$font-size"/>pt</xsl:otherwise>
</xsl:choose>
</xsl:attribute>
</xsl:if>
<xsl:apply-templates/>
</fo:inline>
</xsl:template> <!-- tt -->
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="regex_url_start">^(http://|https://|www\.)?(.*)</xsl:variable>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='tt']/text()" priority="2">
<xsl:choose>
<xsl:when test="java:replaceAll(java:java.lang.String.new(.), $regex_url_start, '$2') != ''">
<!-- url -->
<xsl:call-template name="add-zero-spaces-link-java"/>
</xsl:when>
<xsl:otherwise>
<xsl:call-template name="add_spaces_to_sourcecode"/>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='underline']">
<fo:inline text-decoration="underline">
<xsl:apply-templates/>
</fo:inline>
</xsl:template>
<!-- ================= -->
<!-- Added,deleted text -->
<!-- ================= -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='add'] | *[local-name() = 'change-open-tag'] | *[local-name() = 'change-close-tag']" name="tag_add">
<xsl:param name="skip">true</xsl:param>
<xsl:param name="block">false</xsl:param>
<xsl:param name="type"/>
<xsl:param name="text-align"/>
<xsl:choose>
<xsl:when test="starts-with(., $ace_tag) or local-name() = 'change-open-tag' or local-name() = 'change-close-tag'"> <!-- examples: ace-tag_A1_start, ace-tag_A2_end, C1_start, AC_start, or
<change-open-tag>A<sub>1</sub></change-open-tag>, <change-close-tag>A<sub>1</sub></change-close-tag> -->
<xsl:choose>
<xsl:when test="$skip = 'true' and ((local-name(../..) = 'note' and not(preceding-sibling::node())) or (local-name(..) = 'title' and preceding-sibling::node()[1][local-name() = 'tab']) or local-name(..) = 'formattedref' and not(preceding-sibling::node())) and ../node()[last()][local-name() = 'add'][starts-with(text(), $ace_tag)]"><!-- start tag displayed in template name="note" and title --></xsl:when>
<xsl:otherwise>
<xsl:variable name="tag">
<xsl:call-template name="insertTag">
<xsl:with-param name="type">
<xsl:choose>
<xsl:when test="local-name() = 'change-open-tag'">start</xsl:when>
<xsl:when test="local-name() = 'change-close-tag'">end</xsl:when>
<xsl:when test="$type = ''"><xsl:value-of select="substring-after(substring-after(., $ace_tag), '_')"/> <!-- start or end --></xsl:when>
<xsl:otherwise><xsl:value-of select="$type"/></xsl:otherwise>
</xsl:choose>
</xsl:with-param>
<xsl:with-param name="kind">
<xsl:choose>
<xsl:when test="local-name() = 'change-open-tag' or local-name() = 'change-close-tag'">
<xsl:value-of select="text()"/>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="substring(substring-before(substring-after(., $ace_tag), '_'), 1, 1)"/> <!-- A or C -->
</xsl:otherwise>
</xsl:choose>
</xsl:with-param>
<xsl:with-param name="value">
<xsl:choose>
<xsl:when test="local-name() = 'change-open-tag' or local-name() = 'change-close-tag'">
<xsl:value-of select="*[local-name() = 'sub']"/>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="substring(substring-before(substring-after(., $ace_tag), '_'), 2)"/> <!-- 1, 2, C -->
</xsl:otherwise>
</xsl:choose>
</xsl:with-param>
</xsl:call-template>
</xsl:variable>
<xsl:choose>
<xsl:when test="$block = 'false'">
<fo:inline>
<xsl:copy-of select="$tag"/>
</fo:inline>
</xsl:when>
<xsl:otherwise>
<fo:block> <!-- for around figures -->
<xsl:if test="$text-align != ''">
<xsl:attribute name="text-align"><xsl:value-of select="$text-align"/></xsl:attribute>
</xsl:if>
<xsl:copy-of select="$tag"/>
</fo:block>
</xsl:otherwise>
</xsl:choose>
</xsl:otherwise>
</xsl:choose>
</xsl:when>
<xsl:when test="@amendment">
<fo:inline>
<xsl:call-template name="insertTag">
<xsl:with-param name="kind">A</xsl:with-param>
<xsl:with-param name="value"><xsl:value-of select="@amendment"/></xsl:with-param>
</xsl:call-template>
<xsl:apply-templates/>
<xsl:call-template name="insertTag">
<xsl:with-param name="type">closing</xsl:with-param>
<xsl:with-param name="kind">A</xsl:with-param>
<xsl:with-param name="value"><xsl:value-of select="@amendment"/></xsl:with-param>
</xsl:call-template>
</fo:inline>
</xsl:when>
<xsl:when test="@corrigenda">
<fo:inline>
<xsl:call-template name="insertTag">
<xsl:with-param name="kind">C</xsl:with-param>
<xsl:with-param name="value"><xsl:value-of select="@corrigenda"/></xsl:with-param>
</xsl:call-template>
<xsl:apply-templates/>
<xsl:call-template name="insertTag">
<xsl:with-param name="type">closing</xsl:with-param>
<xsl:with-param name="kind">C</xsl:with-param>
<xsl:with-param name="value"><xsl:value-of select="@corrigenda"/></xsl:with-param>
</xsl:call-template>
</fo:inline>
</xsl:when>
<xsl:otherwise>
<fo:inline xsl:use-attribute-sets="add-style">
<xsl:apply-templates/>
</fo:inline>
</xsl:otherwise>
</xsl:choose>
</xsl:template> <!-- add -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="insertTag">
<xsl:param name="type"/>
<xsl:param name="kind"/>
<xsl:param name="value"/>
<xsl:variable name="add_width" select="string-length($value) * 20"/>
<xsl:variable name="maxwidth" select="60 + $add_width"/>
<fo:instream-foreign-object fox:alt-text="OpeningTag" baseline-shift="-10%"><!-- alignment-baseline="middle" -->
<xsl:attribute name="height">3.5mm</xsl:attribute> <!-- 5mm -->
<xsl:attribute name="content-width">100%</xsl:attribute>
<xsl:attribute name="content-width">scale-down-to-fit</xsl:attribute>
<xsl:attribute name="scaling">uniform</xsl:attribute>
<!-- <svg xmlns="http://www.w3.org/2000/svg" width="{$maxwidth + 32}" height="80">
<g>
<xsl:if test="$type = 'closing' or $type = 'end'">
<xsl:attribute name="transform">scale(-1 1) translate(-<xsl:value-of select="$maxwidth + 32"/>,0)</xsl:attribute>
</xsl:if>
<polyline points="0,0 {$maxwidth},0 {$maxwidth + 30},40 {$maxwidth},80 0,80 " stroke="black" stroke-width="5" fill="white"/>
<line x1="0" y1="0" x2="0" y2="80" stroke="black" stroke-width="20"/>
</g>
<text font-family="Arial" x="15" y="57" font-size="40pt">
<xsl:if test="$type = 'closing' or $type = 'end'">
<xsl:attribute name="x">25</xsl:attribute>
</xsl:if>
<xsl:value-of select="$kind"/><tspan dy="10" font-size="30pt"><xsl:value-of select="$value"/></tspan>
</text>
</svg> -->
<svg xmlns="http://www.w3.org/2000/svg" width="{$maxwidth + 32}" height="80">
<g>
<xsl:if test="$type = 'closing' or $type = 'end'">
<xsl:attribute name="transform">scale(-1 1) translate(-<xsl:value-of select="$maxwidth + 32"/>,0)</xsl:attribute>
</xsl:if>
<polyline points="0,2.5 {$maxwidth},2.5 {$maxwidth + 20},40 {$maxwidth},77.5 0,77.5" stroke="black" stroke-width="5" fill="white"/>
<line x1="9.5" y1="0" x2="9.5" y2="80" stroke="black" stroke-width="19"/>
</g>
<xsl:variable name="text_x">
<xsl:choose>
<xsl:when test="$type = 'closing' or $type = 'end'">28</xsl:when>
<xsl:otherwise>22</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<text font-family="Arial" x="{$text_x}" y="50" font-size="40pt">
<xsl:value-of select="$kind"/>
</text>
<text font-family="Arial" x="{$text_x + 33}" y="65" font-size="38pt">
<xsl:value-of select="$value"/>
</text>
</svg>
</fo:instream-foreign-object>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='del']">
<fo:inline xsl:use-attribute-sets="del-style">
<xsl:apply-templates/>
</fo:inline>
</xsl:template>
<!-- ================= -->
<!-- END Added,deleted text -->
<!-- ================= -->
<!-- highlight text -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='hi']">
<fo:inline background-color="yellow">
<xsl:apply-templates/>
</fo:inline>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="text()[ancestor::*[local-name()='smallcap']]">
<!-- <xsl:variable name="text" select="normalize-space(.)"/> --> <!-- https://github.com/metanorma/metanorma-iso/issues/1115 -->
<xsl:variable name="text" select="."/>
<xsl:variable name="ratio_">
0.75
</xsl:variable>
<xsl:variable name="ratio" select="number(normalize-space($ratio_))"/>
<fo:inline font-size="{$ratio * 100}%" role="SKIP">
<xsl:if test="string-length($text) > 0">
<xsl:variable name="smallCapsText">
<xsl:call-template name="recursiveSmallCaps">
<xsl:with-param name="text" select="$text"/>
<xsl:with-param name="ratio" select="$ratio"/>
</xsl:call-template>
</xsl:variable>
<!-- merge neighboring fo:inline -->
<xsl:for-each select="xalan:nodeset($smallCapsText)/node()">
<xsl:choose>
<xsl:when test="self::fo:inline and preceding-sibling::node()[1][self::fo:inline]"><!-- <xsl:copy-of select="."/> --></xsl:when>
<xsl:when test="self::fo:inline and @font-size">
<xsl:variable name="curr_pos" select="count(preceding-sibling::node()) + 1"/>
<!-- <curr_pos><xsl:value-of select="$curr_pos"/></curr_pos> -->
<xsl:variable name="next_text_" select="count(following-sibling::node()[not(local-name() = 'inline')][1]/preceding-sibling::node())"/>
<xsl:variable name="next_text">
<xsl:choose>
<xsl:when test="$next_text_ = 0">99999999</xsl:when>
<xsl:otherwise><xsl:value-of select="$next_text_ + 1"/></xsl:otherwise>
</xsl:choose>
</xsl:variable>
<!-- <next_text><xsl:value-of select="$next_text"/></next_text> -->
<fo:inline>
<xsl:copy-of select="@*"/>
<xsl:copy-of select="./node()"/>
<xsl:for-each select="following-sibling::node()[position() < $next_text - $curr_pos]"> <!-- [self::fo:inline] -->
<xsl:copy-of select="./node()"/>
</xsl:for-each>
</fo:inline>
</xsl:when>
<xsl:otherwise>
<xsl:copy-of select="."/>
</xsl:otherwise>
</xsl:choose>
</xsl:for-each>
</xsl:if>
</fo:inline>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="recursiveSmallCaps">
<xsl:param name="text"/>
<xsl:param name="ratio"/>
<xsl:variable name="char" select="substring($text,1,1)"/>
<!-- <xsl:variable name="upperCase" select="translate($char, $lower, $upper)"/> -->
<xsl:variable name="upperCase" select="java:toUpperCase(java:java.lang.String.new($char))"/>
<xsl:choose>
<xsl:when test="$char=$upperCase">
<fo:inline font-size="{100 div $ratio}%" role="SKIP">
<xsl:value-of select="$upperCase"/>
</fo:inline>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="$upperCase"/>
</xsl:otherwise>
</xsl:choose>
<xsl:if test="string-length($text) > 1">
<xsl:call-template name="recursiveSmallCaps">
<xsl:with-param name="text" select="substring($text,2)"/>
<xsl:with-param name="ratio" select="$ratio"/>
</xsl:call-template>
</xsl:if>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'pagebreak']">
<fo:block break-after="page"/>
<fo:block> </fo:block>
<fo:block break-after="page"/>
</xsl:template>
<!-- ================================================================ -->
<!-- landscape/portrait orientation processing (post-processing step) -->
<!-- ================================================================ -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="@*|node()" mode="landscape_portrait">
<xsl:copy>
<xsl:apply-templates select="@*|node()" mode="landscape_portrait"/>
</xsl:copy>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'pagebreak'][not(following-sibling::*[1][local-name() = 'pagebreak'])]" mode="landscape_portrait">
<!-- determine pagebreak is last element before </fo:flow> or not -->
<xsl:variable name="isLast">
<xsl:for-each select="ancestor-or-self::*[ancestor::fo:flow]">
<xsl:if test="following-sibling::*">false</xsl:if>
</xsl:for-each>
</xsl:variable>
<xsl:if test="contains($isLast, 'false')">
<xsl:variable name="orientation" select="normalize-space(@orientation)"/>
<xsl:variable name="tree_">
<xsl:for-each select="ancestor::*[ancestor::fo:flow]">
<element pos="{position()}">
<xsl:value-of select="name()"/>
</element>
</xsl:for-each>
</xsl:variable>
<xsl:variable name="tree" select="xalan:nodeset($tree_)"/>
<!-- close fo:page-sequence (closing preceding fo elements) -->
<xsl:for-each select="$tree//element">
<xsl:sort data-type="number" order="descending" select="@pos"/>
<xsl:text disable-output-escaping="yes"></</xsl:text>
<xsl:value-of select="."/>
<xsl:text disable-output-escaping="yes">></xsl:text>
</xsl:for-each>
<xsl:text disable-output-escaping="yes"></fo:flow></xsl:text>
<xsl:text disable-output-escaping="yes"></fo:page-sequence></xsl:text>
<!-- <pagebreak/> -->
<!-- create a new fo:page-sequence (opening fo elements) -->
<xsl:text disable-output-escaping="yes"><fo:page-sequence master-reference="document</xsl:text><xsl:if test="$orientation != ''">-<xsl:value-of select="$orientation"/></xsl:if><xsl:text disable-output-escaping="yes">"></xsl:text>
<fo:static-content flow-name="xsl-footnote-separator">
<fo:block>
<fo:leader leader-pattern="rule" leader-length="30%"/>
</fo:block>
</fo:static-content>
<xsl:call-template name="insertHeaderFooter"/>
<xsl:text disable-output-escaping="yes"><fo:flow flow-name="xsl-region-body"></xsl:text>
<xsl:for-each select="$tree//element">
<xsl:text disable-output-escaping="yes"><</xsl:text>
<xsl:value-of select="."/>
<xsl:for-each select="@*[local-name() != 'pos']">
<xsl:text> </xsl:text>
<xsl:value-of select="local-name()"/>
<xsl:text>="</xsl:text>
<xsl:value-of select="."/>
<xsl:text>"</xsl:text>
</xsl:for-each>
<xsl:text disable-output-escaping="yes">></xsl:text>
</xsl:for-each>
</xsl:if>
</xsl:template>
<!-- ================================================================ -->
<!-- END: landscape/portrait orientation processing (post-processing step) -->
<!-- ================================================================ -->
<!-- Example: <span style="font-family:"Noto Sans JP"">styled text</span> -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'span'][@style]" priority="2">
<xsl:variable name="styles__">
<xsl:call-template name="split">
<xsl:with-param name="pText" select="concat(@style,';')"/>
<xsl:with-param name="sep" select="';'"/>
</xsl:call-template>
</xsl:variable>
<xsl:variable name="quot">"</xsl:variable>
<xsl:variable name="styles_">
<xsl:for-each select="xalan:nodeset($styles__)/item">
<xsl:variable name="key" select="normalize-space(substring-before(., ':'))"/>
<xsl:variable name="value_" select="normalize-space(substring-after(translate(.,$quot,''), ':'))"/>
<xsl:variable name="value">
<xsl:choose>
<!-- if font-size is digits only -->
<xsl:when test="$key = 'font-size' and translate($value_, '0123456789', '') = ''"><xsl:value-of select="$value_"/>pt</xsl:when>
<xsl:otherwise>
<xsl:value-of select="$value_"/>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:if test="$key = 'font-family' or $key = 'font-size' or $key = 'color'">
<style name="{$key}"><xsl:value-of select="$value"/></style>
</xsl:if>
<xsl:if test="$key = 'text-indent'">
<style name="padding-left"><xsl:value-of select="$value"/></style>
</xsl:if>
</xsl:for-each>
</xsl:variable>
<xsl:variable name="styles" select="xalan:nodeset($styles_)"/>
<xsl:choose>
<xsl:when test="$styles/style">
<fo:inline>
<xsl:for-each select="$styles/style">
<xsl:attribute name="{@name}"><xsl:value-of select="."/></xsl:attribute>
</xsl:for-each>
<xsl:apply-templates/>
</fo:inline>
</xsl:when>
<xsl:otherwise>
<xsl:apply-templates/>
</xsl:otherwise>
</xsl:choose>
</xsl:template> <!-- END: span[@style] -->
<!-- Note: to enable the addition of character span markup with semantic styling for DIS Word output -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'span']">
<xsl:apply-templates/>
</xsl:template>
<!-- Don't break standard's numbers -->
<!-- Example : <span class="stdpublisher">ISO</span> <span class="stddocNumber">10303</span>-<span class="stddocPartNumber">1</span>:<span class="stdyear">1994</span> -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'span'][@class = 'stdpublisher' or @class = 'stddocNumber' or @class = 'stddocPartNumber' or @class = 'stdyear']" priority="2">
<xsl:choose>
<xsl:when test="ancestor::*[local-name() = 'table']"><xsl:apply-templates/></xsl:when>
<xsl:when test="following-sibling::*[2][local-name() = 'span'][@class = 'stdpublisher' or @class = 'stddocNumber' or @class = 'stddocPartNumber' or @class = 'stdyear']">
<fo:inline keep-with-next.within-line="always"><xsl:apply-templates/></fo:inline>
</xsl:when>
<xsl:otherwise>
<xsl:apply-templates/>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="text()[not(ancestor::*[local-name() = 'table']) and preceding-sibling::*[1][local-name() = 'span'][@class = 'stdpublisher' or @class = 'stddocNumber' or @class = 'stddocPartNumber' or @class = 'stdyear'] and following-sibling::*[1][local-name() = 'span'][@class = 'stdpublisher' or @class = 'stddocNumber' or @class = 'stddocPartNumber' or @class = 'stdyear']]" priority="2">
<fo:inline keep-with-next.within-line="always"><xsl:value-of select="."/></fo:inline>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'span'][contains(@style, 'text-transform:none')]//text()" priority="5">
<xsl:value-of select="."/>
</xsl:template>
<!-- ========================= -->
<!-- END Rich text formatting -->
<!-- ========================= -->
<!-- split string 'text' by 'separator' -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="tokenize">
<xsl:param name="text"/>
<xsl:param name="separator" select="' '"/>
<xsl:choose>
<xsl:when test="$isGenerateTableIF = 'true' and not(contains($text, $separator))">
<word><xsl:value-of select="normalize-space($text)"/></word>
</xsl:when>
<xsl:when test="not(contains($text, $separator))">
<word>
<xsl:variable name="len_str_tmp" select="string-length(normalize-space($text))"/>
<xsl:choose>
<xsl:when test="normalize-space(translate($text, 'X', '')) = ''"> <!-- special case for keep-together.within-line -->
<xsl:value-of select="$len_str_tmp"/>
</xsl:when>
<xsl:otherwise>
<xsl:variable name="str_no_en_chars" select="normalize-space(translate($text, $en_chars, ''))"/>
<xsl:variable name="len_str_no_en_chars" select="string-length($str_no_en_chars)"/>
<xsl:variable name="len_str">
<xsl:choose>
<xsl:when test="normalize-space(translate($text, $upper, '')) = ''"> <!-- english word in CAPITAL letters -->
<xsl:value-of select="$len_str_tmp * 1.5"/>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="$len_str_tmp"/>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<!-- <xsl:if test="$len_str_no_en_chars div $len_str > 0.8">
<xsl:message>
div=<xsl:value-of select="$len_str_no_en_chars div $len_str"/>
len_str=<xsl:value-of select="$len_str"/>
len_str_no_en_chars=<xsl:value-of select="$len_str_no_en_chars"/>
</xsl:message>
</xsl:if> -->
<!-- <len_str_no_en_chars><xsl:value-of select="$len_str_no_en_chars"/></len_str_no_en_chars>
<len_str><xsl:value-of select="$len_str"/></len_str> -->
<xsl:choose>
<xsl:when test="$len_str_no_en_chars div $len_str > 0.8"> <!-- means non-english string -->
<xsl:value-of select="$len_str - $len_str_no_en_chars"/>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="$len_str"/>
</xsl:otherwise>
</xsl:choose>
</xsl:otherwise>
</xsl:choose>
</word>
</xsl:when>
<xsl:otherwise>
<word>
<xsl:variable name="word" select="normalize-space(substring-before($text, $separator))"/>
<xsl:choose>
<xsl:when test="$isGenerateTableIF = 'true'">
<xsl:value-of select="$word"/>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="string-length($word)"/>
</xsl:otherwise>
</xsl:choose>
</word>
<xsl:call-template name="tokenize">
<xsl:with-param name="text" select="substring-after($text, $separator)"/>
</xsl:call-template>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<!-- split string 'text' by 'separator', enclosing in formatting tags -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="tokenize_with_tags">
<xsl:param name="tags"/>
<xsl:param name="text"/>
<xsl:param name="separator" select="' '"/>
<xsl:choose>
<xsl:when test="not(contains($text, $separator))">
<word>
<xsl:if test="ancestor::*[local-name() = 'p'][@from_dl = 'true']">
<xsl:text>
</xsl:text> <!-- to add distance between dt and dd -->
</xsl:if>
<xsl:call-template name="enclose_text_in_tags">
<xsl:with-param name="text" select="normalize-space($text)"/>
<xsl:with-param name="tags" select="$tags"/>
</xsl:call-template>
</word>
</xsl:when>
<xsl:otherwise>
<word>
<xsl:if test="ancestor::*[local-name() = 'p'][@from_dl = 'true']">
<xsl:text>
</xsl:text> <!-- to add distance between dt and dd -->
</xsl:if>
<xsl:call-template name="enclose_text_in_tags">
<xsl:with-param name="text" select="normalize-space(substring-before($text, $separator))"/>
<xsl:with-param name="tags" select="$tags"/>
</xsl:call-template>
</word>
<xsl:call-template name="tokenize_with_tags">
<xsl:with-param name="text" select="substring-after($text, $separator)"/>
<xsl:with-param name="tags" select="$tags"/>
</xsl:call-template>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="enclose_text_in_tags">
<xsl:param name="text"/>
<xsl:param name="tags"/>
<xsl:param name="num">1</xsl:param> <!-- default (start) value -->
<xsl:variable name="tag_name" select="normalize-space(xalan:nodeset($tags)//tag[$num])"/>
<xsl:choose>
<xsl:when test="$tag_name = ''"><xsl:value-of select="$text"/></xsl:when>
<xsl:otherwise>
<xsl:element name="{$tag_name}">
<xsl:call-template name="enclose_text_in_tags">
<xsl:with-param name="text" select="$text"/>
<xsl:with-param name="tags" select="$tags"/>
<xsl:with-param name="num" select="$num + 1"/>
</xsl:call-template>
</xsl:element>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<!-- get max value in array -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="max_length">
<xsl:param name="words"/>
<xsl:for-each select="$words//word">
<xsl:sort select="." data-type="number" order="descending"/>
<xsl:if test="position()=1">
<xsl:value-of select="."/>
</xsl:if>
</xsl:for-each>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="add-zero-spaces-java">
<xsl:param name="text" select="."/>
<!-- add zero-width space (#x200B) after dot with next non-digit -->
<xsl:variable name="text1" select="java:replaceAll(java:java.lang.String.new($text),'(\.)([^\d\s])','$1$2')"/>
<!-- add zero-width space (#x200B) after characters: dash, equal, underscore, em dash, thin space, arrow right, ; -->
<xsl:variable name="text2" select="java:replaceAll(java:java.lang.String.new($text1),'(-|=|_|—| |→|;)','$1')"/>
<!-- add zero-width space (#x200B) after characters: colon, if there aren't digits after -->
<xsl:variable name="text3" select="java:replaceAll(java:java.lang.String.new($text2),'(:)(\D)','$1$2')"/>
<!-- add zero-width space (#x200B) after characters: 'great than' -->
<xsl:variable name="text4" select="java:replaceAll(java:java.lang.String.new($text3), '(\u003e)(?!\u003e)', '$1')"/><!-- negative lookahead: 'great than' not followed by 'great than' -->
<!-- add zero-width space (#x200B) before characters: 'less than' -->
<xsl:variable name="text5" select="java:replaceAll(java:java.lang.String.new($text4), '(?<!\u003c)(\u003c)', '$1')"/> <!-- (?<!\u003c)(\u003c) --> <!-- negative lookbehind: 'less than' not preceeded by 'less than' -->
<!-- add zero-width space (#x200B) before character: { -->
<xsl:variable name="text6" select="java:replaceAll(java:java.lang.String.new($text5), '(?<!\W)(\{)', '$1')"/> <!-- negative lookbehind: '{' not preceeded by 'punctuation char' -->
<!-- add zero-width space (#x200B) after character: , -->
<xsl:variable name="text7" select="java:replaceAll(java:java.lang.String.new($text6), '(\,)(?!\d)', '$1')"/> <!-- negative lookahead: ',' not followed by digit -->
<!-- add zero-width space (#x200B) after character: '/' -->
<xsl:variable name="text8" select="java:replaceAll(java:java.lang.String.new($text7), '(\u002f)(?!\u002f)', '$1')"/><!-- negative lookahead: '/' not followed by '/' -->
<xsl:variable name="text9">
<xsl:choose>
<xsl:when test="$isGenerateTableIF = 'true'">
<xsl:value-of select="java:replaceAll(java:java.lang.String.new($text8), '([\u3000-\u9FFF])', '$1')"/> <!-- 3000 - CJK Symbols and Punctuation ... 9FFF CJK Unified Ideographs-->
</xsl:when>
<xsl:otherwise><xsl:value-of select="$text8"/></xsl:otherwise>
</xsl:choose>
</xsl:variable>
<!-- replace sequence #x200B to one ​ -->
<xsl:variable name="text10" select="java:replaceAll(java:java.lang.String.new($text9), '\u200b{2,}', '')"/>
<!-- replace sequence #x200B and space TO space -->
<xsl:variable name="text11" select="java:replaceAll(java:java.lang.String.new($text10), '\u200b ', ' ')"/>
<xsl:value-of select="$text11"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="add-zero-spaces-link-java">
<xsl:param name="text" select="."/>
<xsl:value-of select="java:replaceAll(java:java.lang.String.new($text), $regex_url_start, '$1')"/> <!-- http://. https:// or www. -->
<xsl:variable name="url_continue" select="java:replaceAll(java:java.lang.String.new($text), $regex_url_start, '$2')"/>
<!-- add zero-width space (#x200B) after characters: dash, dot, colon, equal, underscore, em dash, thin space, comma, slash, @ -->
<xsl:variable name="url" select="java:replaceAll(java:java.lang.String.new($url_continue),'(-|\.|:|=|_|—| |,|/|@)','$1')"/>
<!-- replace sequence #x200B to one ​ -->
<xsl:variable name="url2" select="java:replaceAll(java:java.lang.String.new($url), '\u200b{2,}', '')"/>
<!-- remove zero-width space at the end -->
<xsl:value-of select="java:replaceAll(java:java.lang.String.new($url2), '$', '')"/>
</xsl:template>
<!-- add zero space after dash character (for table's entries) -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="add-zero-spaces">
<xsl:param name="text" select="."/>
<xsl:variable name="zero-space-after-chars">-</xsl:variable>
<xsl:variable name="zero-space-after-dot">.</xsl:variable>
<xsl:variable name="zero-space-after-colon">:</xsl:variable>
<xsl:variable name="zero-space-after-equal">=</xsl:variable>
<xsl:variable name="zero-space-after-underscore">_</xsl:variable>
<xsl:variable name="zero-space"></xsl:variable>
<xsl:choose>
<xsl:when test="contains($text, $zero-space-after-chars)">
<xsl:value-of select="substring-before($text, $zero-space-after-chars)"/>
<xsl:value-of select="$zero-space-after-chars"/>
<xsl:value-of select="$zero-space"/>
<xsl:call-template name="add-zero-spaces">
<xsl:with-param name="text" select="substring-after($text, $zero-space-after-chars)"/>
</xsl:call-template>
</xsl:when>
<xsl:when test="contains($text, $zero-space-after-dot)">
<xsl:value-of select="substring-before($text, $zero-space-after-dot)"/>
<xsl:value-of select="$zero-space-after-dot"/>
<xsl:value-of select="$zero-space"/>
<xsl:call-template name="add-zero-spaces">
<xsl:with-param name="text" select="substring-after($text, $zero-space-after-dot)"/>
</xsl:call-template>
</xsl:when>
<xsl:when test="contains($text, $zero-space-after-colon)">
<xsl:value-of select="substring-before($text, $zero-space-after-colon)"/>
<xsl:value-of select="$zero-space-after-colon"/>
<xsl:value-of select="$zero-space"/>
<xsl:call-template name="add-zero-spaces">
<xsl:with-param name="text" select="substring-after($text, $zero-space-after-colon)"/>
</xsl:call-template>
</xsl:when>
<xsl:when test="contains($text, $zero-space-after-equal)">
<xsl:value-of select="substring-before($text, $zero-space-after-equal)"/>
<xsl:value-of select="$zero-space-after-equal"/>
<xsl:value-of select="$zero-space"/>
<xsl:call-template name="add-zero-spaces">
<xsl:with-param name="text" select="substring-after($text, $zero-space-after-equal)"/>
</xsl:call-template>
</xsl:when>
<xsl:when test="contains($text, $zero-space-after-underscore)">
<xsl:value-of select="substring-before($text, $zero-space-after-underscore)"/>
<xsl:value-of select="$zero-space-after-underscore"/>
<xsl:value-of select="$zero-space"/>
<xsl:call-template name="add-zero-spaces">
<xsl:with-param name="text" select="substring-after($text, $zero-space-after-underscore)"/>
</xsl:call-template>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="$text"/>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="add-zero-spaces-equal">
<xsl:param name="text" select="."/>
<xsl:variable name="zero-space-after-equals">==========</xsl:variable>
<xsl:variable name="regex_zero-space-after-equals">(==========)</xsl:variable>
<xsl:variable name="zero-space-after-equal">=</xsl:variable>
<xsl:variable name="regex_zero-space-after-equal">(=)</xsl:variable>
<xsl:variable name="zero-space"></xsl:variable>
<xsl:choose>
<xsl:when test="contains($text, $zero-space-after-equals)">
<!-- <xsl:value-of select="substring-before($text, $zero-space-after-equals)"/>
<xsl:value-of select="$zero-space-after-equals"/>
<xsl:value-of select="$zero-space"/>
<xsl:call-template name="add-zero-spaces-equal">
<xsl:with-param name="text" select="substring-after($text, $zero-space-after-equals)"/>
</xsl:call-template> -->
<xsl:value-of select="java:replaceAll(java:java.lang.String.new(.),$regex_zero-space-after-equals,concat('$1',$zero_width_space))"/>
</xsl:when>
<xsl:when test="contains($text, $zero-space-after-equal)">
<!-- <xsl:value-of select="substring-before($text, $zero-space-after-equal)"/>
<xsl:value-of select="$zero-space-after-equal"/>
<xsl:value-of select="$zero-space"/>
<xsl:call-template name="add-zero-spaces-equal">
<xsl:with-param name="text" select="substring-after($text, $zero-space-after-equal)"/>
</xsl:call-template> -->
<xsl:value-of select="java:replaceAll(java:java.lang.String.new(.),$regex_zero-space-after-equal,concat('$1',$zero_width_space))"/>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="$text"/>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<!-- Table normalization (colspan,rowspan processing for adding TDs) for column width calculation -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="getSimpleTable">
<xsl:param name="id"/>
<!-- <test0>
<xsl:copy-of select="."/>
</test0> -->
<xsl:variable name="simple-table">
<!-- Step 0. replace <br/> to <p>...</p> -->
<xsl:variable name="table_without_br">
<xsl:apply-templates mode="table-without-br"/>
</xsl:variable>
<!-- Step 1. colspan processing -->
<xsl:variable name="simple-table-colspan">
<tbody>
<xsl:apply-templates select="xalan:nodeset($table_without_br)" mode="simple-table-colspan"/>
</tbody>
</xsl:variable>
<!-- Step 2. rowspan processing -->
<xsl:variable name="simple-table-rowspan">
<xsl:apply-templates select="xalan:nodeset($simple-table-colspan)" mode="simple-table-rowspan"/>
</xsl:variable>
<!-- Step 3: add id to each cell -->
<!-- add <word>...</word> for each word, image, math -->
<xsl:variable name="simple-table-id">
<xsl:apply-templates select="xalan:nodeset($simple-table-rowspan)" mode="simple-table-id">
<xsl:with-param name="id" select="$id"/>
</xsl:apply-templates>
</xsl:variable>
<xsl:copy-of select="xalan:nodeset($simple-table-id)"/>
</xsl:variable>
<xsl:copy-of select="$simple-table"/>
</xsl:template>
<!-- ================================== -->
<!-- Step 0. replace <br/> to <p>...</p> -->
<!-- ================================== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="@*|node()" mode="table-without-br">
<xsl:copy>
<xsl:apply-templates select="@*|node()" mode="table-without-br"/>
</xsl:copy>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='th' or local-name() = 'td'][not(*[local-name()='br']) and not(*[local-name()='p']) and not(*[local-name()='sourcecode']) and not(*[local-name()='ul']) and not(*[local-name()='ol'])]" mode="table-without-br">
<xsl:copy>
<xsl:copy-of select="@*"/>
<p>
<xsl:copy-of select="node()"/>
</p>
</xsl:copy>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='th' or local-name()='td'][*[local-name()='br']]" mode="table-without-br">
<xsl:copy>
<xsl:copy-of select="@*"/>
<xsl:for-each select="*[local-name()='br']">
<xsl:variable name="current_id" select="generate-id()"/>
<p>
<xsl:for-each select="preceding-sibling::node()[following-sibling::*[local-name() = 'br'][1][generate-id() = $current_id]][not(local-name() = 'br')]">
<xsl:copy-of select="."/>
</xsl:for-each>
</p>
<xsl:if test="not(following-sibling::*[local-name() = 'br'])">
<p>
<xsl:for-each select="following-sibling::node()">
<xsl:copy-of select="."/>
</xsl:for-each>
</p>
</xsl:if>
</xsl:for-each>
</xsl:copy>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='th' or local-name()='td']/*[local-name() = 'p'][*[local-name()='br']]" mode="table-without-br">
<xsl:for-each select="*[local-name()='br']">
<xsl:variable name="current_id" select="generate-id()"/>
<p>
<xsl:for-each select="preceding-sibling::node()[following-sibling::*[local-name() = 'br'][1][generate-id() = $current_id]][not(local-name() = 'br')]">
<xsl:copy-of select="."/>
</xsl:for-each>
</p>
<xsl:if test="not(following-sibling::*[local-name() = 'br'])">
<p>
<xsl:for-each select="following-sibling::node()">
<xsl:copy-of select="."/>
</xsl:for-each>
</p>
</xsl:if>
</xsl:for-each>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='th' or local-name()='td']/*[local-name() = 'sourcecode']" mode="table-without-br">
<xsl:apply-templates mode="table-without-br"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='th' or local-name()='td']/*[local-name() = 'sourcecode']/text()[contains(., ' ') or contains(., ' ')]" mode="table-without-br">
<xsl:variable name="sep">###SOURCECODE_NEWLINE###</xsl:variable>
<xsl:variable name="sourcecode_text" select="java:replaceAll(java:java.lang.String.new(.),'( | | )', $sep)"/>
<xsl:variable name="items">
<xsl:call-template name="split">
<xsl:with-param name="pText" select="$sourcecode_text"/>
<xsl:with-param name="sep" select="$sep"/>
<xsl:with-param name="normalize-space">false</xsl:with-param>
</xsl:call-template>
</xsl:variable>
<xsl:for-each select="xalan:nodeset($items)/*">
<p>
<sourcecode><xsl:copy-of select="node()"/></sourcecode>
</p>
</xsl:for-each>
</xsl:template>
<!-- remove redundant white spaces -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="text()[not(ancestor::*[local-name() = 'sourcecode'])]" mode="table-without-br">
<xsl:variable name="text" select="translate(.,'	 ','')"/>
<xsl:value-of select="java:replaceAll(java:java.lang.String.new($text),' {2,}',' ')"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='th' or local-name()='td']//*[local-name() = 'ol' or local-name() = 'ul']" mode="table-without-br">
<xsl:apply-templates mode="table-without-br"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='th' or local-name()='td']//*[local-name() = 'li']" mode="table-without-br">
<xsl:apply-templates mode="table-without-br"/>
</xsl:template>
<!-- mode="table-without-br" -->
<!-- ================================== -->
<!-- END: Step 0. replace <br/> to <p>...</p> -->
<!-- ================================== -->
<!-- ===================== -->
<!-- 1. mode "simple-table-colspan"
1.1. remove thead, tbody, fn
1.2. rename th -> td
1.3. repeating N td with colspan=N
1.4. remove namespace
1.5. remove @colspan attribute
1.6. add @divide attribute for divide text width in further processing
-->
<!-- ===================== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='thead'] | *[local-name()='tbody']" mode="simple-table-colspan">
<xsl:apply-templates mode="simple-table-colspan"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='fn']" mode="simple-table-colspan"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='th'] | *[local-name()='td']" mode="simple-table-colspan">
<xsl:choose>
<xsl:when test="@colspan">
<xsl:variable name="td">
<xsl:element name="{local-name()}">
<xsl:attribute name="divide"><xsl:value-of select="@colspan"/></xsl:attribute>
<xsl:if test="local-name()='th'">
<xsl:attribute name="font-weight">bold</xsl:attribute>
</xsl:if>
<xsl:apply-templates select="@*" mode="simple-table-colspan"/>
<xsl:apply-templates mode="simple-table-colspan"/>
</xsl:element>
</xsl:variable>
<xsl:call-template name="repeatNode">
<xsl:with-param name="count" select="@colspan"/>
<xsl:with-param name="node" select="$td"/>
</xsl:call-template>
</xsl:when>
<xsl:otherwise>
<xsl:element name="{local-name()}">
<xsl:apply-templates select="@*" mode="simple-table-colspan"/>
<xsl:if test="local-name()='th'">
<xsl:attribute name="font-weight">bold</xsl:attribute>
</xsl:if>
<xsl:apply-templates mode="simple-table-colspan"/>
</xsl:element>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="@colspan" mode="simple-table-colspan"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='tr']" mode="simple-table-colspan">
<xsl:element name="tr">
<xsl:apply-templates select="@*" mode="simple-table-colspan"/>
<xsl:apply-templates mode="simple-table-colspan"/>
</xsl:element>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="@*|node()" mode="simple-table-colspan">
<xsl:copy>
<xsl:apply-templates select="@*|node()" mode="simple-table-colspan"/>
</xsl:copy>
</xsl:template>
<!-- repeat node 'count' times -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="repeatNode">
<xsl:param name="count"/>
<xsl:param name="node"/>
<xsl:if test="$count > 0">
<xsl:call-template name="repeatNode">
<xsl:with-param name="count" select="$count - 1"/>
<xsl:with-param name="node" select="$node"/>
</xsl:call-template>
<xsl:copy-of select="$node"/>
</xsl:if>
</xsl:template>
<!-- End mode simple-table-colspan -->
<!-- ===================== -->
<!-- ===================== -->
<!-- ===================== -->
<!-- 2. mode "simple-table-rowspan"
Row span processing, more information http://andrewjwelch.com/code/xslt/table/table-normalization.html -->
<!-- ===================== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="@*|node()" mode="simple-table-rowspan">
<xsl:copy>
<xsl:apply-templates select="@*|node()" mode="simple-table-rowspan"/>
</xsl:copy>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="tbody" mode="simple-table-rowspan">
<xsl:copy>
<xsl:copy-of select="tr[1]"/>
<xsl:apply-templates select="tr[2]" mode="simple-table-rowspan">
<xsl:with-param name="previousRow" select="tr[1]"/>
</xsl:apply-templates>
</xsl:copy>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="tr" mode="simple-table-rowspan">
<xsl:param name="previousRow"/>
<xsl:variable name="currentRow" select="."/>
<xsl:variable name="normalizedTDs">
<xsl:for-each select="xalan:nodeset($previousRow)//*[self::td or self::th]">
<xsl:choose>
<xsl:when test="@rowspan > 1">
<xsl:copy>
<xsl:attribute name="rowspan">
<xsl:value-of select="@rowspan - 1"/>
</xsl:attribute>
<xsl:copy-of select="@*[not(name() = 'rowspan')]"/>
<xsl:copy-of select="node()"/>
</xsl:copy>
</xsl:when>
<xsl:otherwise>
<xsl:copy-of select="$currentRow/*[self::td or self::th][1 + count(current()/preceding-sibling::*[self::td or self::th][not(@rowspan) or (@rowspan = 1)])]"/>
</xsl:otherwise>
</xsl:choose>
</xsl:for-each>
</xsl:variable>
<xsl:variable name="newRow">
<xsl:copy>
<xsl:copy-of select="$currentRow/@*"/>
<xsl:copy-of select="xalan:nodeset($normalizedTDs)"/>
</xsl:copy>
</xsl:variable>
<xsl:copy-of select="$newRow"/>
<!-- optimize to prevent StackOverflowError, just copy next 'tr' -->
<xsl:variable name="currrow_num" select="count(preceding-sibling::tr) + 1"/>
<xsl:variable name="nextrow_without_rowspan_" select="count(following-sibling::tr[*[@rowspan and @rowspan != 1]][1]/preceding-sibling::tr) + 1"/>
<xsl:variable name="nextrow_without_rowspan" select="$nextrow_without_rowspan_ - $currrow_num"/>
<xsl:choose>
<xsl:when test="not(xalan:nodeset($newRow)/*/*[@rowspan and @rowspan != 1]) and $nextrow_without_rowspan <= 0">
<xsl:copy-of select="following-sibling::tr"/>
</xsl:when>
<!-- <xsl:when test="xalan:nodeset($newRow)/*[not(@rowspan) or (@rowspan = 1)] and $nextrow_without_rowspan > 0">
<xsl:copy-of select="following-sibling::tr[position() <= $nextrow_without_rowspan]"/>
<xsl:copy-of select="following-sibling::tr[$nextrow_without_rowspan + 1]"/>
<xsl:apply-templates select="following-sibling::tr[$nextrow_without_rowspan + 2]" mode="simple-table-rowspan">
<xsl:with-param name="previousRow" select="following-sibling::tr[$nextrow_without_rowspan + 1]"/>
</xsl:apply-templates>
</xsl:when> -->
<xsl:otherwise>
<xsl:apply-templates select="following-sibling::tr[1]" mode="simple-table-rowspan">
<xsl:with-param name="previousRow" select="$newRow"/>
</xsl:apply-templates>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<!-- End mode simple-table-rowspan -->
<!-- Step 3: add id for each cell -->
<!-- mode: simple-table-id -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="/" mode="simple-table-id">
<xsl:param name="id"/>
<xsl:variable name="id_prefixed" select="concat('table_if_',$id)"/> <!-- table id prefixed by 'table_if_' to simple search in IF -->
<xsl:apply-templates select="@*|node()" mode="simple-table-id">
<xsl:with-param name="id" select="$id_prefixed"/>
</xsl:apply-templates>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="@*|node()" mode="simple-table-id">
<xsl:param name="id"/>
<xsl:copy>
<xsl:apply-templates select="@*|node()" mode="simple-table-id">
<xsl:with-param name="id" select="$id"/>
</xsl:apply-templates>
</xsl:copy>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='tbody']" mode="simple-table-id">
<xsl:param name="id"/>
<xsl:copy>
<xsl:copy-of select="@*"/>
<xsl:attribute name="id"><xsl:value-of select="$id"/></xsl:attribute>
<xsl:apply-templates select="node()" mode="simple-table-id">
<xsl:with-param name="id" select="$id"/>
</xsl:apply-templates>
</xsl:copy>
</xsl:template>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="font_main_root_style">
<root-style xsl:use-attribute-sets="root-style">
</root-style>
</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="font_main_root_style_font_family" select="xalan:nodeset($font_main_root_style)/root-style/@font-family"/>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="font_main">
<xsl:choose>
<xsl:when test="contains($font_main_root_style_font_family, ',')"><xsl:value-of select="substring-before($font_main_root_style_font_family, ',')"/></xsl:when>
<xsl:otherwise><xsl:value-of select="$font_main_root_style_font_family"/></xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='th' or local-name()='td']" mode="simple-table-id">
<xsl:param name="id"/>
<xsl:copy>
<xsl:copy-of select="@*"/>
<xsl:variable name="row_number" select="count(../preceding-sibling::*) + 1"/>
<xsl:variable name="col_number" select="count(preceding-sibling::*) + 1"/>
<xsl:variable name="divide">
<xsl:choose>
<xsl:when test="@divide"><xsl:value-of select="@divide"/></xsl:when>
<xsl:otherwise>1</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:attribute name="id">
<xsl:value-of select="concat($id,'@',$row_number,'_',$col_number,'_',$divide)"/>
</xsl:attribute>
<xsl:for-each select="*[local-name() = 'p']">
<xsl:copy>
<xsl:copy-of select="@*"/>
<xsl:variable name="p_num" select="count(preceding-sibling::*[local-name() = 'p']) + 1"/>
<xsl:attribute name="id">
<xsl:value-of select="concat($id,'@',$row_number,'_',$col_number,'_p_',$p_num,'_',$divide)"/>
</xsl:attribute>
<!-- <xsl:copy-of select="node()" /> -->
<xsl:apply-templates mode="simple-table-noid"/>
</xsl:copy>
</xsl:for-each>
<xsl:if test="$isGenerateTableIF = 'true'"> <!-- split each paragraph to words, image, math -->
<xsl:variable name="td_text">
<xsl:apply-templates select="." mode="td_text_with_formatting"/>
</xsl:variable>
<!-- td_text='<xsl:copy-of select="$td_text"/>' -->
<xsl:variable name="words_with_width">
<!-- calculate width for 'word' which contain text only (without formatting tags inside) -->
<xsl:for-each select="xalan:nodeset($td_text)//*[local-name() = 'word'][normalize-space() != ''][not(*)]">
<xsl:copy>
<xsl:copy-of select="@*"/>
<xsl:attribute name="width">
<xsl:value-of select="java:org.metanorma.fop.Util.getStringWidth(., $font_main)"/> <!-- Example: 'Times New Roman' -->
</xsl:attribute>
<xsl:copy-of select="node()"/>
</xsl:copy>
</xsl:for-each>
</xsl:variable>
<xsl:variable name="words_with_width_sorted">
<xsl:for-each select="xalan:nodeset($words_with_width)//*[local-name() = 'word']">
<xsl:sort select="@width" data-type="number" order="descending"/>
<!-- select word maximal width only -->
<xsl:if test="position() = 1">
<xsl:copy-of select="."/>
</xsl:if>
</xsl:for-each>
<!-- add 'word' with formatting tags inside -->
<xsl:for-each select="xalan:nodeset($td_text)//*[local-name() = 'word'][normalize-space() != ''][*]">
<xsl:copy-of select="."/>
</xsl:for-each>
</xsl:variable>
<xsl:variable name="words">
<xsl:for-each select=".//*[local-name() = 'image' or local-name() = 'stem']">
<word>
<xsl:copy-of select="."/>
</word>
</xsl:for-each>
<xsl:for-each select="xalan:nodeset($words_with_width_sorted)//*[local-name() = 'word'][normalize-space() != '']">
<xsl:copy-of select="."/>
</xsl:for-each>
<!-- <xsl:for-each select="xalan:nodeset($td_text)//*[local-name() = 'word'][normalize-space() != '']">
<xsl:copy-of select="."/>
</xsl:for-each> -->
</xsl:variable>
<xsl:for-each select="xalan:nodeset($words)/word">
<xsl:variable name="num" select="count(preceding-sibling::word) + 1"/>
<xsl:copy>
<xsl:attribute name="id">
<xsl:value-of select="concat($id,'@',$row_number,'_',$col_number,'_word_',$num,'_',$divide)"/>
</xsl:attribute>
<xsl:copy-of select="node()"/>
</xsl:copy>
</xsl:for-each>
</xsl:if>
</xsl:copy>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='th' or local-name()='td']/*[local-name() = 'p']//*" mode="simple-table-noid">
<xsl:copy>
<xsl:choose>
<xsl:when test="$isGenerateTableIF = 'true'">
<xsl:copy-of select="@*[local-name() != 'id']"/> <!-- to prevent repeat id in colspan/rowspan cells -->
<!-- <xsl:if test="local-name() = 'dl' or local-name() = 'table'">
<xsl:copy-of select="@id"/>
</xsl:if> -->
</xsl:when>
<xsl:otherwise>
<xsl:copy-of select="@*"/>
</xsl:otherwise>
</xsl:choose>
<xsl:apply-templates select="node()" mode="simple-table-noid"/>
</xsl:copy>
</xsl:template>
<!-- End mode: simple-table-id -->
<!-- ===================== -->
<!-- ===================== -->
<!-- =============================== -->
<!-- mode="td_text_with_formatting" -->
<!-- =============================== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="@*|node()" mode="td_text_with_formatting">
<xsl:copy>
<xsl:apply-templates select="@*|node()" mode="td_text_with_formatting"/>
</xsl:copy>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'stem' or local-name() = 'image']" mode="td_text_with_formatting"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'keep-together_within-line']/text()" mode="td_text_with_formatting">
<xsl:variable name="formatting_tags">
<xsl:call-template name="getFormattingTags"/>
</xsl:variable>
<word>
<xsl:call-template name="enclose_text_in_tags">
<xsl:with-param name="text" select="normalize-space(.)"/>
<xsl:with-param name="tags" select="$formatting_tags"/>
</xsl:call-template>
</word>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() != 'keep-together_within-line']/text()" mode="td_text_with_formatting">
<xsl:variable name="td_text" select="."/>
<xsl:variable name="string_with_added_zerospaces">
<xsl:call-template name="add-zero-spaces-java">
<xsl:with-param name="text" select="$td_text"/>
</xsl:call-template>
</xsl:variable>
<xsl:variable name="formatting_tags">
<xsl:call-template name="getFormattingTags"/>
</xsl:variable>
<!-- <word>text</word> -->
<xsl:call-template name="tokenize_with_tags">
<xsl:with-param name="tags" select="$formatting_tags"/>
<xsl:with-param name="text" select="normalize-space(translate($string_with_added_zerospaces, '', ' '))"/> <!-- replace zero-width-space and soft-hyphen to space -->
</xsl:call-template>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'link'][normalize-space() = '']" mode="td_text_with_formatting">
<xsl:variable name="link">
<link_updated>
<xsl:variable name="target_text">
<xsl:choose>
<xsl:when test="starts-with(normalize-space(@target), 'mailto:')">
<xsl:value-of select="normalize-space(substring-after(@target, 'mailto:'))"/>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="normalize-space(@target)"/>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:value-of select="$target_text"/>
</link_updated>
</xsl:variable>
<xsl:for-each select="xalan:nodeset($link)/*">
<xsl:apply-templates mode="td_text_with_formatting"/>
</xsl:for-each>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="getFormattingTags">
<tags>
<xsl:if test="ancestor::*[local-name() = 'strong']"><tag>strong</tag></xsl:if>
<xsl:if test="ancestor::*[local-name() = 'em']"><tag>em</tag></xsl:if>
<xsl:if test="ancestor::*[local-name() = 'sub']"><tag>sub</tag></xsl:if>
<xsl:if test="ancestor::*[local-name() = 'sup']"><tag>sup</tag></xsl:if>
<xsl:if test="ancestor::*[local-name() = 'tt']"><tag>tt</tag></xsl:if>
<xsl:if test="ancestor::*[local-name() = 'sourcecode']"><tag>sourcecode</tag></xsl:if>
<xsl:if test="ancestor::*[local-name() = 'keep-together_within-line']"><tag>keep-together_within-line</tag></xsl:if>
</tags>
</xsl:template>
<!-- =============================== -->
<!-- END mode="td_text_with_formatting" -->
<!-- =============================== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="getLang">
<xsl:variable name="language_current" select="normalize-space(//*[local-name()='bibdata']//*[local-name()='language'][@current = 'true'])"/>
<xsl:variable name="language">
<xsl:choose>
<xsl:when test="$language_current != ''">
<xsl:value-of select="$language_current"/>
</xsl:when>
<xsl:otherwise>
<xsl:variable name="language_current_2" select="normalize-space(xalan:nodeset($bibdata)//*[local-name()='bibdata']//*[local-name()='language'][@current = 'true'])"/>
<xsl:choose>
<xsl:when test="$language_current_2 != ''">
<xsl:value-of select="$language_current_2"/>
</xsl:when>
<xsl:otherwise>
<xsl:variable name="language_current_3" select="normalize-space(//*[local-name()='bibdata']//*[local-name()='language'])"/>
<xsl:choose>
<xsl:when test="$language_current_3 != ''">
<xsl:value-of select="$language_current_3"/>
</xsl:when>
<xsl:otherwise>en</xsl:otherwise>
</xsl:choose>
</xsl:otherwise>
</xsl:choose>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:choose>
<xsl:when test="$language = 'English'">en</xsl:when>
<xsl:otherwise><xsl:value-of select="$language"/></xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="getLang_fromCurrentNode">
<xsl:variable name="language_current" select="normalize-space(.//*[local-name()='bibdata']//*[local-name()='language'][@current = 'true'])"/>
<xsl:variable name="language">
<xsl:choose>
<xsl:when test="$language_current != ''">
<xsl:value-of select="$language_current"/>
</xsl:when>
<xsl:otherwise>
<xsl:variable name="language_current_2" select="normalize-space(xalan:nodeset($bibdata)//*[local-name()='bibdata']//*[local-name()='language'][@current = 'true'])"/>
<xsl:choose>
<xsl:when test="$language_current_2 != ''">
<xsl:value-of select="$language_current_2"/>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select=".//*[local-name()='bibdata']//*[local-name()='language']"/>
</xsl:otherwise>
</xsl:choose>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:choose>
<xsl:when test="$language = 'English'">en</xsl:when>
<xsl:otherwise><xsl:value-of select="$language"/></xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="capitalizeWords">
<xsl:param name="str"/>
<xsl:variable name="str2" select="translate($str, '-', ' ')"/>
<xsl:choose>
<xsl:when test="contains($str2, ' ')">
<xsl:variable name="substr" select="substring-before($str2, ' ')"/>
<xsl:call-template name="capitalize">
<xsl:with-param name="str" select="$substr"/>
</xsl:call-template>
<xsl:text> </xsl:text>
<xsl:call-template name="capitalizeWords">
<xsl:with-param name="str" select="substring-after($str2, ' ')"/>
</xsl:call-template>
</xsl:when>
<xsl:otherwise>
<xsl:call-template name="capitalize">
<xsl:with-param name="str" select="$str2"/>
</xsl:call-template>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="capitalize">
<xsl:param name="str"/>
<xsl:value-of select="java:toUpperCase(java:java.lang.String.new(substring($str, 1, 1)))"/>
<xsl:value-of select="substring($str, 2)"/>
</xsl:template>
<!-- ======================================= -->
<!-- math -->
<!-- ======================================= -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="mathml:math">
<xsl:variable name="isAdded" select="@added"/>
<xsl:variable name="isDeleted" select="@deleted"/>
<fo:inline xsl:use-attribute-sets="mathml-style">
<!-- DEBUG -->
<!-- <xsl:copy-of select="ancestor::*[local-name() = 'stem']/@font-family"/> -->
<xsl:call-template name="refine_mathml-style"/>
<xsl:if test="$isGenerateTableIF = 'true' and ancestor::*[local-name() = 'td' or local-name() = 'th' or local-name() = 'dl'] and not(following-sibling::node()[not(self::comment())][normalize-space() != ''])"> <!-- math in table cell, and math is last element -->
<!-- <xsl:attribute name="padding-right">1mm</xsl:attribute> -->
</xsl:if>
<xsl:call-template name="setTrackChangesStyles">
<xsl:with-param name="isAdded" select="$isAdded"/>
<xsl:with-param name="isDeleted" select="$isDeleted"/>
</xsl:call-template>
<xsl:if test="$add_math_as_text = 'true'">
<!-- insert helper tag -->
<!-- set unique font-size (fiction) -->
<xsl:variable name="font-size_sfx"><xsl:number level="any"/></xsl:variable>
<fo:inline color="white" font-size="1.{$font-size_sfx}pt" font-style="normal" font-weight="normal"><xsl:value-of select="$zero_width_space"/></fo:inline> <!-- zero width space -->
</xsl:if>
<xsl:variable name="mathml_content">
<xsl:apply-templates select="." mode="mathml_actual_text"/>
</xsl:variable>
<xsl:call-template name="mathml_instream_object">
<xsl:with-param name="mathml_content" select="$mathml_content"/>
</xsl:call-template>
</fo:inline>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="getMathml_comment_text">
<xsl:variable name="comment_text_following" select="following-sibling::node()[1][self::comment()]"/>
<xsl:variable name="comment_text_">
<xsl:choose>
<xsl:when test="normalize-space($comment_text_following) != ''">
<xsl:value-of select="$comment_text_following"/>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="normalize-space(translate(.,' ',' '))"/>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:variable name="comment_text_2" select="java:org.metanorma.fop.Util.unescape($comment_text_)"/>
<xsl:variable name="comment_text" select="java:trim(java:java.lang.String.new($comment_text_2))"/>
<xsl:value-of select="$comment_text"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'asciimath']">
<xsl:param name="process" select="'false'"/>
<xsl:if test="$process = 'true'">
<xsl:apply-templates/>
</xsl:if>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'latexmath']"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="getMathml_asciimath_text">
<xsl:variable name="asciimath" select="../*[local-name() = 'asciimath']"/>
<xsl:variable name="latexmath">
</xsl:variable>
<xsl:variable name="asciimath_text_following">
<xsl:choose>
<xsl:when test="normalize-space($latexmath) != ''">
<xsl:value-of select="$latexmath"/>
</xsl:when>
<xsl:when test="normalize-space($asciimath) != ''">
<xsl:value-of select="$asciimath"/>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="following-sibling::node()[1][self::comment()]"/>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:variable name="asciimath_text_">
<xsl:choose>
<xsl:when test="normalize-space($asciimath_text_following) != ''">
<xsl:value-of select="$asciimath_text_following"/>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="normalize-space(translate(.,' ',' '))"/>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:variable name="asciimath_text_2" select="java:org.metanorma.fop.Util.unescape($asciimath_text_)"/>
<xsl:variable name="asciimath_text" select="java:trim(java:java.lang.String.new($asciimath_text_2))"/>
<xsl:value-of select="$asciimath_text"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="mathml_instream_object">
<xsl:param name="asciimath_text"/>
<xsl:param name="mathml_content"/>
<xsl:variable name="asciimath_text_">
<xsl:choose>
<xsl:when test="normalize-space($asciimath_text) != ''"><xsl:value-of select="$asciimath_text"/></xsl:when>
<!-- <xsl:otherwise><xsl:call-template name="getMathml_comment_text"/></xsl:otherwise> -->
<xsl:otherwise><xsl:call-template name="getMathml_asciimath_text"/></xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:variable name="mathml">
<xsl:apply-templates select="." mode="mathml"/>
</xsl:variable>
<fo:instream-foreign-object fox:alt-text="Math">
<xsl:call-template name="refine_mathml_insteam_object_style"/>
<!-- put MathML in Actual Text -->
<!-- DEBUG: mathml_content=<xsl:value-of select="$mathml_content"/> -->
<xsl:attribute name="fox:actual-text">
<xsl:value-of select="$mathml_content"/>
</xsl:attribute>
<!-- <xsl:if test="$add_math_as_text = 'true'"> -->
<xsl:if test="normalize-space($asciimath_text_) != ''">
<!-- put Mathin Alternate Text -->
<xsl:attribute name="fox:alt-text">
<xsl:value-of select="$asciimath_text_"/>
</xsl:attribute>
</xsl:if>
<!-- </xsl:if> -->
<xsl:copy-of select="xalan:nodeset($mathml)"/>
</fo:instream-foreign-object>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_mathml_insteam_object_style">
</xsl:template> <!-- refine_mathml_insteam_object_style -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="mathml:*" mode="mathml_actual_text">
<!-- <xsl:text>a+b</xsl:text> -->
<xsl:text><</xsl:text>
<xsl:value-of select="local-name()"/>
<xsl:if test="local-name() = 'math'">
<xsl:text> xmlns="http://www.w3.org/1998/Math/MathML"</xsl:text>
</xsl:if>
<xsl:for-each select="@*">
<xsl:text> </xsl:text>
<xsl:value-of select="local-name()"/>
<xsl:text>="</xsl:text>
<xsl:value-of select="."/>
<xsl:text>"</xsl:text>
</xsl:for-each>
<xsl:text>></xsl:text>
<xsl:apply-templates mode="mathml_actual_text"/>
<xsl:text></</xsl:text>
<xsl:value-of select="local-name()"/>
<xsl:text>></xsl:text>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="text()" mode="mathml_actual_text">
<xsl:value-of select="normalize-space()"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="@*|node()" mode="mathml">
<xsl:copy>
<xsl:apply-templates select="@*|node()" mode="mathml"/>
</xsl:copy>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="mathml:mtext" mode="mathml">
<xsl:copy>
<!-- replace start and end spaces to non-break space -->
<xsl:value-of select="java:replaceAll(java:java.lang.String.new(.),'(^ )|( $)',' ')"/>
</xsl:copy>
</xsl:template>
<!-- <xsl:template match="mathml:mi[. = ',' and not(following-sibling::*[1][local-name() = 'mtext' and text() = ' '])]" mode="mathml">
<xsl:copy>
<xsl:apply-templates select="@*|node()" mode="mathml"/>
</xsl:copy>
<xsl:choose>
if in msub, then don't add space
<xsl:when test="ancestor::mathml:mrow[parent::mathml:msub and preceding-sibling::*[1][self::mathml:mrow]]"></xsl:when>
if next char in digit, don't add space
<xsl:when test="translate(substring(following-sibling::*[1]/text(),1,1),'0123456789','') = ''"></xsl:when>
<xsl:otherwise>
<mathml:mspace width="0.5ex"/>
</xsl:otherwise>
</xsl:choose>
</xsl:template> -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="mathml:math/*[local-name()='unit']" mode="mathml"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="mathml:math/*[local-name()='prefix']" mode="mathml"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="mathml:math/*[local-name()='dimension']" mode="mathml"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="mathml:math/*[local-name()='quantity']" mode="mathml"/>
<!-- patch: slash in the mtd wrong rendering -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="mathml:mtd/mathml:mo/text()[. = '/']" mode="mathml">
<xsl:value-of select="."/><xsl:value-of select="$zero_width_space"/>
</xsl:template>
<!-- special case for:
<math xmlns="http://www.w3.org/1998/Math/MathML">
<mstyle displaystyle="true">
<msup>
<mi color="#00000000">C</mi>
<mtext>R</mtext>
</msup>
<msubsup>
<mtext>C</mtext>
<mi>n</mi>
<mi>k</mi>
</msubsup>
</mstyle>
</math>
-->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="mathml:msup/mathml:mi[. = '' or . = ''][not(preceding-sibling::*)][following-sibling::mathml:mtext]" mode="mathml">
<xsl:copy>
<xsl:copy-of select="@*"/>
<xsl:variable name="next_mtext" select="ancestor::mathml:msup/following-sibling::*[1][self::mathml:msubsup or self::mathml:msub or self::mathml:msup]/mathml:mtext"/>
<xsl:if test="string-length($next_mtext) != ''">
<xsl:attribute name="color">#00000000</xsl:attribute>
</xsl:if>
<xsl:apply-templates/>
<xsl:value-of select="$next_mtext"/>
</xsl:copy>
</xsl:template>
<!-- special case for:
<msup>
<mtext/>
<mn>1</mn>
</msup>
convert to (add mspace after mtext and enclose them into mrow):
<msup>
<mrow>
<mtext/>
<mspace height="1.47ex"/>
</mrow>
<mn>1</mn>
</msup>
-->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="mathml:msup/mathml:mtext[not(preceding-sibling::*)]" mode="mathml">
<mathml:mrow>
<xsl:copy-of select="."/>
<mathml:mspace height="1.47ex"/>
</mathml:mrow>
</xsl:template>
<!-- add space around vertical line -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="mathml:mo[normalize-space(text()) = '|']" mode="mathml">
<xsl:copy>
<xsl:apply-templates select="@*" mode="mathml"/>
<xsl:if test="not(@lspace)">
<xsl:attribute name="lspace">0.2em</xsl:attribute>
</xsl:if>
<xsl:if test="not(@rspace) and not(following-sibling::*[1][self::mathml:mo and normalize-space(text()) = '|'])">
<xsl:attribute name="rspace">0.2em</xsl:attribute>
</xsl:if>
<xsl:apply-templates mode="mathml"/>
</xsl:copy>
</xsl:template>
<!-- decrease fontsize for 'Circled Times' char -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="mathml:mo[normalize-space(text()) = '⊗']" mode="mathml">
<xsl:copy>
<xsl:apply-templates select="@*" mode="mathml"/>
<xsl:if test="not(@fontsize)">
<xsl:attribute name="fontsize">55%</xsl:attribute>
</xsl:if>
<xsl:apply-templates mode="mathml"/>
</xsl:copy>
</xsl:template>
<!-- increase space before '(' -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="mathml:mo[normalize-space(text()) = '(']" mode="mathml">
<xsl:copy>
<xsl:apply-templates select="@*" mode="mathml"/>
<xsl:if test="(preceding-sibling::* and not(preceding-sibling::*[1][self::mathml:mo])) or (../preceding-sibling::* and not(../preceding-sibling::*[1][self::mathml:mo]))">
<xsl:if test="not(@lspace)">
<xsl:attribute name="lspace">0.4em</xsl:attribute>
<xsl:choose>
<xsl:when test="preceding-sibling::*[1][self::mathml:mi or self::mathml:mstyle]">
<xsl:attribute name="lspace">0.2em</xsl:attribute>
</xsl:when>
<xsl:when test="../preceding-sibling::*[1][self::mathml:mi or self::mathml:mstyle]">
<xsl:attribute name="lspace">0.2em</xsl:attribute>
</xsl:when>
</xsl:choose>
</xsl:if>
</xsl:if>
<xsl:apply-templates mode="mathml"/>
</xsl:copy>
</xsl:template>
<!-- Examples:
<stem type="AsciiMath">x = 1</stem>
<stem type="AsciiMath"><asciimath>x = 1</asciimath></stem>
<stem type="AsciiMath"><asciimath>x = 1</asciimath><latexmath>x = 1</latexmath></stem>
-->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'stem'][@type = 'AsciiMath'][count(*) = 0]/text() | *[local-name() = 'stem'][@type = 'AsciiMath'][*[local-name() = 'asciimath']]" priority="3">
<fo:inline xsl:use-attribute-sets="mathml-style">
<xsl:call-template name="refine_mathml-style"/>
<xsl:choose>
<xsl:when test="self::text()"><xsl:value-of select="."/></xsl:when>
<xsl:otherwise>
<xsl:apply-templates>
<xsl:with-param name="process">true</xsl:with-param>
</xsl:apply-templates>
</xsl:otherwise>
</xsl:choose>
</fo:inline>
</xsl:template>
<!-- ======================================= -->
<!-- END: math -->
<!-- ======================================= -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='localityStack']"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='link']" name="link">
<xsl:variable name="target">
<xsl:choose>
<xsl:when test="@updatetype = 'true'">
<xsl:value-of select="concat(normalize-space(@target), '.pdf')"/>
</xsl:when>
<xsl:when test="contains(@target, concat('_', $inputxml_filename_prefix, '_attachments'))">
<!-- link to the PDF attachment -->
<xsl:variable name="target_" select="translate(@target, '\', '/')"/>
<xsl:variable name="target__" select="substring-after($target_, concat('_', $inputxml_filename_prefix, '_attachments', '/'))"/>
<xsl:value-of select="concat('url(embedded-file:', $target__, ')')"/>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="normalize-space(@target)"/>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:variable name="target_text">
<xsl:choose>
<xsl:when test="starts-with(normalize-space(@target), 'mailto:')">
<xsl:value-of select="normalize-space(substring-after(@target, 'mailto:'))"/>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="normalize-space(@target)"/>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<fo:inline xsl:use-attribute-sets="link-style">
<xsl:if test="starts-with(normalize-space(@target), 'mailto:') and not(ancestor::*[local-name() = 'td'])">
<xsl:attribute name="keep-together.within-line">always</xsl:attribute>
</xsl:if>
<xsl:call-template name="refine_link-style"/>
<xsl:choose>
<xsl:when test="$target_text = ''">
<xsl:apply-templates/>
</xsl:when>
<xsl:otherwise>
<xsl:call-template name="insert_basic_link">
<xsl:with-param name="element">
<fo:basic-link external-destination="{$target}" fox:alt-text="{$target}">
<xsl:choose>
<xsl:when test="normalize-space(.) = ''">
<xsl:call-template name="add-zero-spaces-link-java">
<xsl:with-param name="text" select="$target_text"/>
</xsl:call-template>
</xsl:when>
<xsl:otherwise>
<!-- output text from <link>text</link> -->
<xsl:apply-templates/>
</xsl:otherwise>
</xsl:choose>
</fo:basic-link>
</xsl:with-param>
</xsl:call-template>
</xsl:otherwise>
</xsl:choose>
</fo:inline>
</xsl:template> <!-- link -->
<!-- ======================== -->
<!-- Appendix processing -->
<!-- ======================== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='appendix']">
<fo:block id="{@id}" xsl:use-attribute-sets="appendix-style">
<xsl:apply-templates select="*[local-name()='title']"/>
</fo:block>
<xsl:apply-templates select="node()[not(local-name()='title')]"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='appendix']/*[local-name()='title']" priority="2">
<xsl:variable name="level">
<xsl:call-template name="getLevel"/>
</xsl:variable>
<fo:inline role="H{$level}"><xsl:apply-templates/></fo:inline>
</xsl:template>
<!-- ======================== -->
<!-- END Appendix processing -->
<!-- ======================== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='appendix']//*[local-name()='example']" priority="2">
<fo:block id="{@id}" xsl:use-attribute-sets="appendix-example-style">
<xsl:apply-templates select="*[local-name()='name']"/>
</fo:block>
<xsl:apply-templates select="node()[not(local-name()='name')]"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'callout']">
<xsl:choose>
<xsl:when test="normalize-space(@target) = ''"><<xsl:apply-templates/>></xsl:when>
<xsl:otherwise><fo:basic-link internal-destination="{@target}" fox:alt-text="{@target}"><<xsl:apply-templates/>></fo:basic-link></xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'annotation']">
<xsl:variable name="annotation-id" select="@id"/>
<xsl:variable name="callout" select="//*[@target = $annotation-id]/text()"/>
<fo:block id="{$annotation-id}" white-space="nowrap">
<fo:inline>
<xsl:apply-templates>
<xsl:with-param name="callout" select="concat('<', $callout, '> ')"/>
</xsl:apply-templates>
</fo:inline>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'annotation']/*[local-name() = 'p']">
<xsl:param name="callout"/>
<fo:inline id="{@id}">
<!-- for first p in annotation, put <x> -->
<xsl:if test="not(preceding-sibling::*[local-name() = 'p'])"><xsl:value-of select="$callout"/></xsl:if>
<xsl:apply-templates/>
</fo:inline>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'xref']">
<xsl:call-template name="insert_basic_link">
<xsl:with-param name="element">
<fo:basic-link internal-destination="{@target}" fox:alt-text="{@target}" xsl:use-attribute-sets="xref-style">
<xsl:if test="string-length(normalize-space()) < 30 and not(contains(normalize-space(), 'http://')) and not(contains(normalize-space(), 'https://')) and not(ancestor::*[local-name() = 'table' or local-name() = 'dl'])">
<xsl:attribute name="keep-together.within-line">always</xsl:attribute>
</xsl:if>
<xsl:if test="parent::*[local-name() = 'add']">
<xsl:call-template name="append_add-style"/>
</xsl:if>
<xsl:apply-templates/>
</fo:basic-link>
</xsl:with-param>
</xsl:call-template>
</xsl:template>
<!-- command between two xref points to non-standard bibitem -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="text()[. = ','][preceding-sibling::node()[1][local-name() = 'sup'][*[local-name() = 'xref'][@type = 'footnote']] and following-sibling::node()[1][local-name() = 'sup'][*[local-name() = 'xref'][@type = 'footnote']]]">
<xsl:value-of select="."/>
</xsl:template>
<!-- ====== -->
<!-- formula -->
<!-- ====== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'formula']" name="formula">
<fo:block-container margin-left="0mm" role="SKIP">
<xsl:if test="parent::*[local-name() = 'note']">
<xsl:attribute name="margin-left">
<xsl:choose>
<xsl:when test="not(ancestor::*[local-name() = 'table'])"><xsl:value-of select="$note-body-indent"/></xsl:when>
<xsl:otherwise><xsl:value-of select="$note-body-indent-table"/></xsl:otherwise>
</xsl:choose>
</xsl:attribute>
</xsl:if>
<fo:block-container margin-left="0mm" role="SKIP">
<fo:block id="{@id}">
<xsl:apply-templates select="node()[not(local-name() = 'name')]"/> <!-- formula's number will be process in 'stem' template -->
</fo:block>
</fo:block-container>
</fo:block-container>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'formula']/*[local-name() = 'dt']/*[local-name() = 'stem']">
<fo:inline>
<xsl:apply-templates/>
</fo:inline>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'admitted']/*[local-name() = 'stem']">
<fo:inline>
<xsl:apply-templates/>
</fo:inline>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'formula']/*[local-name() = 'name']"> <!-- show in 'stem' template -->
<xsl:if test="normalize-space() != ''">
<xsl:text>(</xsl:text><xsl:apply-templates/><xsl:text>)</xsl:text>
</xsl:if>
</xsl:template>
<!-- stem inside formula with name (with formula's number) -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'formula'][*[local-name() = 'name']]/*[local-name() = 'stem']">
<fo:block xsl:use-attribute-sets="formula-style">
<fo:table table-layout="fixed" width="100%">
<fo:table-column column-width="95%"/>
<fo:table-column column-width="5%"/>
<fo:table-body>
<fo:table-row>
<fo:table-cell display-align="center">
<fo:block xsl:use-attribute-sets="formula-stem-block-style" role="SKIP">
<xsl:call-template name="refine_formula-stem-block-style"/>
<xsl:apply-templates/>
</fo:block>
</fo:table-cell>
<fo:table-cell display-align="center">
<fo:block xsl:use-attribute-sets="formula-stem-number-style" role="SKIP">
<xsl:call-template name="refine_formula-stem-number-style"/>
<xsl:apply-templates select="../*[local-name() = 'name']"/>
</fo:block>
</fo:table-cell>
</fo:table-row>
</fo:table-body>
</fo:table>
</fo:block>
</xsl:template>
<!-- stem inside formula without name (without formula's number) -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'formula'][not(*[local-name() = 'name'])]/*[local-name() = 'stem']">
<fo:block xsl:use-attribute-sets="formula-style">
<fo:block xsl:use-attribute-sets="formula-stem-block-style">
<xsl:apply-templates/>
</fo:block>
</fo:block>
</xsl:template>
<!-- ====== -->
<!-- ====== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="setBlockSpanAll">
<xsl:if test="@columns = 1 or (local-name() = 'p' and *[@columns = 1])"><xsl:attribute name="span">all</xsl:attribute></xsl:if>
</xsl:template>
<!-- ====== -->
<!-- note -->
<!-- termnote -->
<!-- ====== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'note']" name="note">
<fo:block-container id="{@id}" xsl:use-attribute-sets="note-style" role="SKIP">
<xsl:call-template name="setBlockSpanAll"/>
<xsl:call-template name="refine_note-style"/>
<fo:block-container margin-left="0mm" margin-right="0mm" role="SKIP">
<fo:block>
<xsl:call-template name="refine_note_block_style"/>
<fo:inline xsl:use-attribute-sets="note-name-style" role="SKIP">
<xsl:call-template name="refine_note-name-style"/>
<!-- if 'p' contains all text in 'add' first and last elements in first p are 'add' -->
<!-- <xsl:if test="*[not(local-name()='name')][1][node()[normalize-space() != ''][1][local-name() = 'add'] and node()[normalize-space() != ''][last()][local-name() = 'add']]"> -->
<xsl:if test="*[not(local-name()='name')][1][count(node()[normalize-space() != '']) = 1 and *[local-name() = 'add']]">
<xsl:call-template name="append_add-style"/>
</xsl:if>
<!-- if note contains only one element and first and last childs are `add` ace-tag, then move start ace-tag before NOTE's name-->
<xsl:if test="count(*[not(local-name() = 'name')]) = 1 and *[not(local-name() = 'name')]/node()[last()][local-name() = 'add'][starts-with(text(), $ace_tag)]">
<xsl:apply-templates select="*[not(local-name() = 'name')]/node()[1][local-name() = 'add'][starts-with(text(), $ace_tag)]">
<xsl:with-param name="skip">false</xsl:with-param>
</xsl:apply-templates>
</xsl:if>
<xsl:apply-templates select="*[local-name() = 'name']"/>
</fo:inline>
<xsl:apply-templates select="node()[not(local-name() = 'name')]"/>
</fo:block>
</fo:block-container>
</fo:block-container>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_note_block_style">
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'note']/*[local-name() = 'p']">
<xsl:variable name="num"><xsl:number/></xsl:variable>
<xsl:choose>
<xsl:when test="$num = 1"> <!-- display first NOTE's paragraph in the same line with label NOTE -->
<fo:inline xsl:use-attribute-sets="note-p-style" role="SKIP">
<xsl:apply-templates/>
</fo:inline>
</xsl:when>
<xsl:otherwise>
<fo:block xsl:use-attribute-sets="note-p-style" role="SKIP">
<xsl:apply-templates/>
</fo:block>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'termnote']">
<fo:block id="{@id}" xsl:use-attribute-sets="termnote-style">
<xsl:call-template name="setBlockSpanAll"/>
<xsl:call-template name="refine_termnote-style"/>
<fo:inline xsl:use-attribute-sets="termnote-name-style">
<xsl:if test="not(*[local-name() = 'name']/following-sibling::node()[1][self::text()][normalize-space()=''])">
<xsl:attribute name="padding-right">1mm</xsl:attribute>
</xsl:if>
<xsl:call-template name="refine_termnote-name-style"/>
<!-- if 'p' contains all text in 'add' first and last elements in first p are 'add' -->
<!-- <xsl:if test="*[not(local-name()='name')][1][node()[normalize-space() != ''][1][local-name() = 'add'] and node()[normalize-space() != ''][last()][local-name() = 'add']]"> -->
<xsl:if test="*[not(local-name()='name')][1][count(node()[normalize-space() != '']) = 1 and *[local-name() = 'add']]">
<xsl:call-template name="append_add-style"/>
</xsl:if>
<xsl:apply-templates select="*[local-name() = 'name']"/>
</fo:inline>
<xsl:apply-templates select="node()[not(local-name() = 'name')]"/>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'note']/*[local-name() = 'name']">
<xsl:param name="sfx"/>
<xsl:variable name="suffix">
<xsl:choose>
<xsl:when test="$sfx != ''">
<xsl:value-of select="$sfx"/>
</xsl:when>
<xsl:otherwise>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:if test="normalize-space() != ''">
<xsl:apply-templates/>
<xsl:value-of select="$suffix"/>
</xsl:if>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'termnote']/*[local-name() = 'name']">
<xsl:param name="sfx"/>
<xsl:variable name="suffix">
<xsl:choose>
<xsl:when test="$sfx != ''">
<xsl:value-of select="$sfx"/>
</xsl:when>
<xsl:otherwise>
<xsl:text>:</xsl:text>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:if test="normalize-space() != ''">
<xsl:apply-templates/>
<xsl:value-of select="$suffix"/>
</xsl:if>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'termnote']/*[local-name() = 'p']">
<xsl:variable name="num"><xsl:number/></xsl:variable>
<xsl:choose>
<xsl:when test="$num = 1"> <!-- first paragraph renders in the same line as titlenote name -->
<fo:inline xsl:use-attribute-sets="termnote-p-style">
<xsl:apply-templates/>
</fo:inline>
</xsl:when>
<xsl:otherwise>
<fo:block xsl:use-attribute-sets="termnote-p-style">
<xsl:apply-templates/>
</fo:block>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<!-- ====== -->
<!-- ====== -->
<!-- ====== -->
<!-- term -->
<!-- ====== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'terms']">
<!-- <xsl:message>'terms' <xsl:number/> processing...</xsl:message> -->
<fo:block id="{@id}">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'term']">
<fo:block id="{@id}" xsl:use-attribute-sets="term-style">
<xsl:if test="parent::*[local-name() = 'term'] and not(preceding-sibling::*[local-name() = 'term'])">
</xsl:if>
<xsl:apply-templates select="node()[not(local-name() = 'name')]"/>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'term']/*[local-name() = 'name']">
<xsl:if test="normalize-space() != ''">
<!-- <xsl:variable name="level">
<xsl:call-template name="getLevelTermName"/>
</xsl:variable>
<fo:inline role="H{$level}">
<xsl:apply-templates />
</fo:inline> -->
<xsl:apply-templates/>
</xsl:if>
</xsl:template>
<!-- ====== -->
<!-- ====== -->
<!-- ====== -->
<!-- figure -->
<!-- image -->
<!-- ====== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'figure']" name="figure">
<xsl:variable name="isAdded" select="@added"/>
<xsl:variable name="isDeleted" select="@deleted"/>
<fo:block-container id="{@id}" xsl:use-attribute-sets="figure-block-style">
<xsl:call-template name="refine_figure-block-style"/>
<xsl:call-template name="setTrackChangesStyles">
<xsl:with-param name="isAdded" select="$isAdded"/>
<xsl:with-param name="isDeleted" select="$isDeleted"/>
</xsl:call-template>
<!-- Example: Dimensions in millimeters -->
<xsl:apply-templates select="*[local-name() = 'note'][@type = 'units']"/>
<fo:block xsl:use-attribute-sets="figure-style" role="SKIP">
<xsl:apply-templates select="node()[not(local-name() = 'name') and not(local-name() = 'note' and @type = 'units')]"/>
</fo:block>
<xsl:for-each select="*[local-name() = 'note'][not(@type = 'units')]">
<xsl:call-template name="note"/>
</xsl:for-each>
<xsl:call-template name="fn_display_figure"/>
<xsl:apply-templates select="*[local-name() = 'name']"/> <!-- show figure's name AFTER image -->
</fo:block-container>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'figure'][@class = 'pseudocode']">
<fo:block id="{@id}">
<xsl:apply-templates select="node()[not(local-name() = 'name')]"/>
</fo:block>
<xsl:apply-templates select="*[local-name() = 'name']"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'figure'][@class = 'pseudocode']//*[local-name() = 'p']">
<fo:block xsl:use-attribute-sets="figure-pseudocode-p-style">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<!-- SOURCE: ... -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'figure']/*[local-name() = 'source']" priority="2">
<fo:block xsl:use-attribute-sets="figure-source-style">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'image']">
<xsl:param name="indent">0</xsl:param>
<xsl:variable name="isAdded" select="../@added"/>
<xsl:variable name="isDeleted" select="../@deleted"/>
<xsl:choose>
<xsl:when test="ancestor::*[local-name() = 'title'] or not(parent::*[local-name() = 'figure']) or parent::*[local-name() = 'p']"> <!-- inline image ( 'image:path' in adoc, with one colon after image) -->
<fo:inline padding-left="1mm" padding-right="1mm">
<xsl:if test="not(parent::*[local-name() = 'figure']) or parent::*[local-name() = 'p']">
<xsl:attribute name="padding-left">0mm</xsl:attribute>
<xsl:attribute name="padding-right">0mm</xsl:attribute>
</xsl:if>
<xsl:variable name="src">
<xsl:call-template name="image_src"/>
</xsl:variable>
<xsl:variable name="scale">
<xsl:call-template name="getImageScale">
<xsl:with-param name="indent" select="$indent"/>
</xsl:call-template>
</xsl:variable>
<!-- debug scale='<xsl:value-of select="$scale"/>', indent='<xsl:value-of select="$indent"/>' -->
<!-- <fo:external-graphic src="{$src}" fox:alt-text="Image {@alt}" vertical-align="middle"/> -->
<fo:external-graphic src="{$src}" fox:alt-text="Image {@alt}" vertical-align="middle">
<xsl:variable name="width">
<xsl:call-template name="setImageWidth"/>
</xsl:variable>
<xsl:if test="$width != ''">
<xsl:attribute name="width"><xsl:value-of select="$width"/></xsl:attribute>
</xsl:if>
<xsl:variable name="height">
<xsl:call-template name="setImageHeight"/>
</xsl:variable>
<xsl:if test="$height != ''">
<xsl:attribute name="height"><xsl:value-of select="$height"/></xsl:attribute>
</xsl:if>
<xsl:if test="$width = '' and $height = ''">
<xsl:if test="number($scale) < 100">
<xsl:attribute name="content-width"><xsl:value-of select="number($scale)"/>%</xsl:attribute>
<!-- <xsl:attribute name="content-width">scale-to-fit</xsl:attribute>
<xsl:attribute name="content-height">100%</xsl:attribute>
<xsl:attribute name="width">100%</xsl:attribute>
<xsl:attribute name="scaling">uniform</xsl:attribute> -->
</xsl:if>
</xsl:if>
</fo:external-graphic>
</fo:inline>
</xsl:when>
<xsl:otherwise>
<fo:block xsl:use-attribute-sets="image-style">
<xsl:call-template name="refine_image-style"/>
<xsl:variable name="src">
<xsl:call-template name="image_src"/>
</xsl:variable>
<xsl:choose>
<xsl:when test="$isDeleted = 'true'">
<!-- enclose in svg -->
<fo:instream-foreign-object fox:alt-text="Image {@alt}">
<xsl:attribute name="width">100%</xsl:attribute>
<xsl:attribute name="content-height">100%</xsl:attribute>
<xsl:attribute name="content-width">scale-down-to-fit</xsl:attribute>
<xsl:attribute name="scaling">uniform</xsl:attribute>
<xsl:apply-templates select="." mode="cross_image"/>
</fo:instream-foreign-object>
</xsl:when>
<xsl:otherwise>
<!-- <fo:block>debug block image:
<xsl:variable name="scale">
<xsl:call-template name="getImageScale">
<xsl:with-param name="indent" select="$indent"/>
</xsl:call-template>
</xsl:variable>
<xsl:value-of select="concat('scale=', $scale,', indent=', $indent)"/>
</fo:block> -->
<fo:external-graphic src="{$src}" fox:alt-text="Image {@alt}">
<xsl:choose>
<!-- default -->
<xsl:when test="((@width = 'auto' or @width = 'text-width' or @width = 'full-page-width' or @width = 'narrow') and @height = 'auto') or (normalize-space(@width) = '' and normalize-space(@height) = '') ">
<!-- add attribute for automatic scaling -->
<xsl:variable name="image-graphic-style_attributes">
<attributes xsl:use-attribute-sets="image-graphic-style"/>
</xsl:variable>
<xsl:copy-of select="xalan:nodeset($image-graphic-style_attributes)/attributes/@*"/>
<xsl:if test="not(@mimetype = 'image/svg+xml') and not(ancestor::*[local-name() = 'table'])">
<xsl:variable name="scale">
<xsl:call-template name="getImageScale">
<xsl:with-param name="indent" select="$indent"/>
</xsl:call-template>
</xsl:variable>
<xsl:variable name="scaleRatio">
1
</xsl:variable>
<xsl:if test="number($scale) < 100">
<xsl:attribute name="content-width"><xsl:value-of select="number($scale) * number($scaleRatio)"/>%</xsl:attribute>
</xsl:if>
</xsl:if>
</xsl:when> <!-- default -->
<xsl:otherwise>
<xsl:variable name="width_height_">
<attributes>
<xsl:call-template name="setImageWidthHeight"/>
</attributes>
</xsl:variable>
<xsl:variable name="width_height" select="xalan:nodeset($width_height_)"/>
<xsl:copy-of select="$width_height/attributes/@*"/>
<xsl:if test="$width_height/attributes/@content-width != '' and $width_height/attributes/@content-height != ''">
<xsl:attribute name="scaling">non-uniform</xsl:attribute>
</xsl:if>
</xsl:otherwise>
</xsl:choose>
<!--
<xsl:if test="not(@mimetype = 'image/svg+xml') and (../*[local-name() = 'name'] or parent::*[local-name() = 'figure'][@unnumbered = 'true']) and not(ancestor::*[local-name() = 'table'])">
-->
</fo:external-graphic>
</xsl:otherwise>
</xsl:choose>
</fo:block>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="setImageWidth">
<xsl:if test="@width != '' and @width != 'auto' and @width != 'text-width' and @width != 'full-page-width' and @width != 'narrow'">
<xsl:value-of select="@width"/>
</xsl:if>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="setImageHeight">
<xsl:if test="@height != '' and @height != 'auto'">
<xsl:value-of select="@height"/>
</xsl:if>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="setImageWidthHeight">
<xsl:variable name="width">
<xsl:call-template name="setImageWidth"/>
</xsl:variable>
<xsl:if test="$width != ''">
<xsl:attribute name="content-width">
<xsl:value-of select="$width"/>
</xsl:attribute>
</xsl:if>
<xsl:variable name="height">
<xsl:call-template name="setImageHeight"/>
</xsl:variable>
<xsl:if test="$height != ''">
<xsl:attribute name="content-height">
<xsl:value-of select="$height"/>
</xsl:attribute>
</xsl:if>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="getImageScale">
<xsl:param name="indent"/>
<xsl:variable name="indent_left">
<xsl:choose>
<xsl:when test="$indent != ''"><xsl:value-of select="$indent"/></xsl:when>
<xsl:otherwise>0</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:variable name="img_src">
<xsl:choose>
<xsl:when test="not(starts-with(@src, 'data:'))"><xsl:value-of select="concat($basepath, @src)"/></xsl:when>
<xsl:otherwise><xsl:value-of select="@src"/></xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:variable name="image_width_effective">
<xsl:value-of select="$width_effective - number($indent_left)"/>
</xsl:variable>
<!-- <xsl:message>width_effective=<xsl:value-of select="$width_effective"/></xsl:message>
<xsl:message>indent_left=<xsl:value-of select="$indent_left"/></xsl:message>
<xsl:message>image_width_effective=<xsl:value-of select="$image_width_effective"/> for <xsl:value-of select="ancestor::ogc:p[1]/@id"/></xsl:message> -->
<xsl:variable name="scale" select="java:org.metanorma.fop.Util.getImageScale($img_src, $image_width_effective, $height_effective)"/>
<xsl:value-of select="$scale"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="image_src">
<xsl:choose>
<xsl:when test="@mimetype = 'image/svg+xml' and $images/images/image[@id = current()/@id]">
<xsl:value-of select="$images/images/image[@id = current()/@id]/@src"/>
</xsl:when>
<xsl:when test="not(starts-with(@src, 'data:'))">
<xsl:value-of select="concat('url(file:///',$basepath, @src, ')')"/>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="@src"/>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'image']" mode="cross_image">
<xsl:choose>
<xsl:when test="@mimetype = 'image/svg+xml' and $images/images/image[@id = current()/@id]">
<xsl:variable name="src">
<xsl:value-of select="$images/images/image[@id = current()/@id]/@src"/>
</xsl:variable>
<xsl:variable name="width" select="document($src)/@width"/>
<xsl:variable name="height" select="document($src)/@height"/>
<svg xmlns="http://www.w3.org/2000/svg" xml:space="preserve" style="enable-background:new 0 0 595.28 841.89;" height="{$height}" width="{$width}" viewBox="0 0 {$width} {$height}" y="0px" x="0px" id="Layer_1" version="1.1">
<image xmlns:xlink="http://www.w3.org/1999/xlink" xlink:href="{$src}" style="overflow:visible;"/>
</svg>
</xsl:when>
<xsl:when test="not(starts-with(@src, 'data:'))">
<xsl:variable name="src">
<xsl:value-of select="concat('url(file:///',$basepath, @src, ')')"/>
</xsl:variable>
<xsl:variable name="file" select="java:java.io.File.new(@src)"/>
<xsl:variable name="bufferedImage" select="java:javax.imageio.ImageIO.read($file)"/>
<xsl:variable name="width" select="java:getWidth($bufferedImage)"/>
<xsl:variable name="height" select="java:getHeight($bufferedImage)"/>
<svg xmlns="http://www.w3.org/2000/svg" xml:space="preserve" style="enable-background:new 0 0 595.28 841.89;" height="{$height}" width="{$width}" viewBox="0 0 {$width} {$height}" y="0px" x="0px" id="Layer_1" version="1.1">
<image xmlns:xlink="http://www.w3.org/1999/xlink" xlink:href="{$src}" style="overflow:visible;"/>
</svg>
</xsl:when>
<xsl:otherwise>
<xsl:variable name="base64String" select="substring-after(@src, 'base64,')"/>
<xsl:variable name="decoder" select="java:java.util.Base64.getDecoder()"/>
<xsl:variable name="fileContent" select="java:decode($decoder, $base64String)"/>
<xsl:variable name="bis" select="java:java.io.ByteArrayInputStream.new($fileContent)"/>
<xsl:variable name="bufferedImage" select="java:javax.imageio.ImageIO.read($bis)"/>
<xsl:variable name="width" select="java:getWidth($bufferedImage)"/>
<xsl:variable name="height" select="java:getHeight($bufferedImage)"/>
<svg xmlns="http://www.w3.org/2000/svg" xml:space="preserve" style="enable-background:new 0 0 595.28 841.89;" height="{$height}" width="{$width}" viewBox="0 0 {$width} {$height}" y="0px" x="0px" id="Layer_1" version="1.1">
<image xmlns:xlink="http://www.w3.org/1999/xlink" xlink:href="{@src}" height="{$height}" width="{$width}" style="overflow:visible;"/>
<xsl:call-template name="svg_cross">
<xsl:with-param name="width" select="$width"/>
<xsl:with-param name="height" select="$height"/>
</xsl:call-template>
</svg>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="svg_cross">
<xsl:param name="width"/>
<xsl:param name="height"/>
<line xmlns="http://www.w3.org/2000/svg" x1="0" y1="0" x2="{$width}" y2="{$height}" style="stroke: rgb(255, 0, 0); stroke-width:4px; "/>
<line xmlns="http://www.w3.org/2000/svg" x1="0" y1="{$height}" x2="{$width}" y2="0" style="stroke: rgb(255, 0, 0); stroke-width:4px; "/>
</xsl:template>
<!-- =================== -->
<!-- SVG images processing -->
<!-- =================== -->
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="figure_name_height">14</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="width_effective" select="$pageWidth - $marginLeftRight1 - $marginLeftRight2"/><!-- paper width minus margins -->
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="height_effective" select="$pageHeight - $marginTop - $marginBottom - $figure_name_height"/><!-- paper height minus margins and title height -->
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="image_dpi" select="96"/>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="width_effective_px" select="$width_effective div 25.4 * $image_dpi"/>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="height_effective_px" select="$height_effective div 25.4 * $image_dpi"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'figure'][not(*[local-name() = 'image']) and *[local-name() = 'svg']]/*[local-name() = 'name']/*[local-name() = 'bookmark']" priority="2"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'figure'][not(*[local-name() = 'image'])]/*[local-name() = 'svg']" priority="2" name="image_svg">
<xsl:param name="name"/>
<xsl:variable name="svg_content">
<xsl:apply-templates select="." mode="svg_update"/>
</xsl:variable>
<xsl:variable name="alt-text">
<xsl:choose>
<xsl:when test="normalize-space(../*[local-name() = 'name']) != ''">
<xsl:value-of select="../*[local-name() = 'name']"/>
</xsl:when>
<xsl:when test="normalize-space($name) != ''">
<xsl:value-of select="$name"/>
</xsl:when>
<xsl:otherwise>Figure</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:choose>
<xsl:when test=".//*[local-name() = 'a'][*[local-name() = 'rect'] or *[local-name() = 'polygon'] or *[local-name() = 'circle'] or *[local-name() = 'ellipse']]">
<fo:block>
<xsl:variable name="width" select="@width"/>
<xsl:variable name="height" select="@height"/>
<xsl:variable name="scale_x">
<xsl:choose>
<xsl:when test="$width > $width_effective_px">
<xsl:value-of select="$width_effective_px div $width"/>
</xsl:when>
<xsl:otherwise>1</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:variable name="scale_y">
<xsl:choose>
<xsl:when test="$height * $scale_x > $height_effective_px">
<xsl:value-of select="$height_effective_px div ($height * $scale_x)"/>
</xsl:when>
<xsl:otherwise>1</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:variable name="scale">
<xsl:choose>
<xsl:when test="$scale_y != 1">
<xsl:value-of select="$scale_x * $scale_y"/>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="$scale_x"/>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:variable name="width_scale" select="round($width * $scale)"/>
<xsl:variable name="height_scale" select="round($height * $scale)"/>
<fo:table table-layout="fixed" width="100%">
<fo:table-column column-width="proportional-column-width(1)"/>
<fo:table-column column-width="{$width_scale}px"/>
<fo:table-column column-width="proportional-column-width(1)"/>
<fo:table-body>
<fo:table-row>
<fo:table-cell column-number="2">
<fo:block>
<fo:block-container width="{$width_scale}px" height="{$height_scale}px">
<xsl:if test="../*[local-name() = 'name']/*[local-name() = 'bookmark']">
<fo:block line-height="0" font-size="0">
<xsl:for-each select="../*[local-name() = 'name']/*[local-name() = 'bookmark']">
<xsl:call-template name="bookmark"/>
</xsl:for-each>
</fo:block>
</xsl:if>
<fo:block text-depth="0" line-height="0" font-size="0">
<fo:instream-foreign-object fox:alt-text="{$alt-text}">
<xsl:attribute name="width">100%</xsl:attribute>
<xsl:attribute name="content-height">100%</xsl:attribute>
<xsl:attribute name="content-width">scale-down-to-fit</xsl:attribute>
<xsl:attribute name="scaling">uniform</xsl:attribute>
<xsl:apply-templates select="xalan:nodeset($svg_content)" mode="svg_remove_a"/>
</fo:instream-foreign-object>
</fo:block>
<xsl:apply-templates select=".//*[local-name() = 'a'][*[local-name() = 'rect'] or *[local-name() = 'polygon'] or *[local-name() = 'circle'] or *[local-name() = 'ellipse']]" mode="svg_imagemap_links">
<xsl:with-param name="scale" select="$scale"/>
</xsl:apply-templates>
</fo:block-container>
</fo:block>
</fo:table-cell>
</fo:table-row>
</fo:table-body>
</fo:table>
</fo:block>
</xsl:when>
<xsl:otherwise>
<xsl:variable name="image_class" select="ancestor::*[local-name() = 'image']/@class"/>
<xsl:variable name="ancestor_table_cell" select="normalize-space(ancestor::*[local-name() = 'td'] or ancestor::*[local-name() = 'th'])"/>
<xsl:variable name="element">
<xsl:choose>
<xsl:when test="ancestor::*[local-name() = 'tr'] and $isGenerateTableIF = 'true'">
<fo:inline xsl:use-attribute-sets="image-style" text-align="left"/>
</xsl:when>
<xsl:when test="not(ancestor::*[local-name() = 'figure'])">
<fo:inline xsl:use-attribute-sets="image-style" text-align="left"/>
</xsl:when>
<xsl:otherwise>
<fo:block xsl:use-attribute-sets="image-style">
<xsl:if test="ancestor::*[local-name() = 'dt']">
<xsl:attribute name="text-align">left</xsl:attribute>
</xsl:if>
</fo:block>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:for-each select="xalan:nodeset($element)/*">
<xsl:copy>
<xsl:copy-of select="@*"/>
<!-- <fo:block xsl:use-attribute-sets="image-style"> -->
<fo:instream-foreign-object fox:alt-text="{$alt-text}">
<xsl:choose>
<xsl:when test="$image_class = 'corrigenda-tag'">
<xsl:attribute name="fox:alt-text">CorrigendaTag</xsl:attribute>
<xsl:attribute name="baseline-shift">-10%</xsl:attribute>
<xsl:if test="$ancestor_table_cell = 'true'">
<xsl:attribute name="baseline-shift">-25%</xsl:attribute>
</xsl:if>
<xsl:attribute name="height">3.5mm</xsl:attribute>
</xsl:when>
<xsl:otherwise>
<xsl:if test="$isGenerateTableIF = 'false'">
<xsl:attribute name="width">100%</xsl:attribute>
</xsl:if>
<xsl:attribute name="content-height">100%</xsl:attribute>
</xsl:otherwise>
</xsl:choose>
<xsl:attribute name="content-width">scale-down-to-fit</xsl:attribute>
<xsl:variable name="svg_width_" select="xalan:nodeset($svg_content)/*/@width"/>
<xsl:variable name="svg_width" select="number(translate($svg_width_, 'px', ''))"/>
<xsl:variable name="svg_height_" select="xalan:nodeset($svg_content)/*/@height"/>
<xsl:variable name="svg_height" select="number(translate($svg_height_, 'px', ''))"/>
<!-- Example: -->
<!-- effective height 297 - 27.4 - 13 = 256.6 -->
<!-- effective width 210 - 12.5 - 25 = 172.5 -->
<!-- effective height / width = 1.48, 1.4 - with title -->
<xsl:variable name="scale_x">
<xsl:choose>
<xsl:when test="$svg_width > $width_effective_px">
<xsl:value-of select="$width_effective_px div $svg_width"/>
</xsl:when>
<xsl:otherwise>1</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:variable name="scale_y">
<xsl:choose>
<xsl:when test="$svg_height * $scale_x > $height_effective_px">
<xsl:value-of select="$height_effective_px div ($svg_height * $scale_x)"/>
</xsl:when>
<xsl:otherwise>1</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<!-- for images with big height -->
<!-- <xsl:if test="$svg_height > ($svg_width * 1.4)">
<xsl:variable name="width" select="(($svg_width * 1.4) div $svg_height) * 100"/>
<xsl:attribute name="width"><xsl:value-of select="$width"/>%</xsl:attribute>
</xsl:if> -->
<xsl:attribute name="scaling">uniform</xsl:attribute>
<xsl:if test="$scale_y != 1">
<xsl:attribute name="content-height"><xsl:value-of select="round($scale_x * $scale_y * 100)"/>%</xsl:attribute>
</xsl:if>
<xsl:copy-of select="$svg_content"/>
</fo:instream-foreign-object>
<!-- </fo:block> -->
</xsl:copy>
</xsl:for-each>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<!-- ============== -->
<!-- svg_update -->
<!-- ============== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="@*|node()" mode="svg_update">
<xsl:copy>
<xsl:apply-templates select="@*|node()" mode="svg_update"/>
</xsl:copy>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'image']/@href" mode="svg_update">
<xsl:attribute name="href" namespace="http://www.w3.org/1999/xlink">
<xsl:value-of select="."/>
</xsl:attribute>
</xsl:template>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="regex_starts_with_digit">^[0-9].*</xsl:variable>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'svg'][not(@width and @height)]" mode="svg_update">
<xsl:copy>
<xsl:apply-templates select="@*" mode="svg_update"/>
<xsl:variable name="viewbox_">
<xsl:call-template name="split">
<xsl:with-param name="pText" select="@viewBox"/>
<xsl:with-param name="sep" select="' '"/>
</xsl:call-template>
</xsl:variable>
<xsl:variable name="viewbox" select="xalan:nodeset($viewbox_)"/>
<xsl:variable name="width" select="normalize-space($viewbox//item[3])"/>
<xsl:variable name="height" select="normalize-space($viewbox//item[4])"/>
<xsl:variable name="parent_image_width" select="normalize-space(ancestor::*[1][local-name() = 'image']/@width)"/>
<xsl:variable name="parent_image_height" select="normalize-space(ancestor::*[1][local-name() = 'image']/@height)"/>
<xsl:attribute name="width">
<xsl:choose>
<!-- width is non 'auto', 'text-width', 'full-page-width' or 'narrow' -->
<xsl:when test="$parent_image_width != '' and normalize-space(java:matches(java:java.lang.String.new($parent_image_width), $regex_starts_with_digit)) = 'true'"><xsl:value-of select="$parent_image_width"/></xsl:when>
<xsl:when test="$width != ''">
<xsl:value-of select="round($width)"/>
</xsl:when>
<xsl:otherwise>400</xsl:otherwise> <!-- default width -->
</xsl:choose>
</xsl:attribute>
<xsl:attribute name="height">
<xsl:choose>
<!-- height non 'auto', 'text-width', 'full-page-width' or 'narrow' -->
<xsl:when test="$parent_image_height != '' and normalize-space(java:matches(java:java.lang.String.new($parent_image_height), $regex_starts_with_digit)) = 'true'"><xsl:value-of select="$parent_image_height"/></xsl:when>
<xsl:when test="$height != ''">
<xsl:value-of select="round($height)"/>
</xsl:when>
<xsl:otherwise>400</xsl:otherwise> <!-- default height -->
</xsl:choose>
</xsl:attribute>
<xsl:apply-templates mode="svg_update"/>
</xsl:copy>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'svg']/@width" mode="svg_update">
<!-- image[@width]/svg -->
<xsl:variable name="parent_image_width" select="normalize-space(ancestor::*[2][local-name() = 'image']/@width)"/>
<xsl:attribute name="width">
<xsl:choose>
<xsl:when test="$parent_image_width != '' and normalize-space(java:matches(java:java.lang.String.new($parent_image_width), $regex_starts_with_digit)) = 'true'"><xsl:value-of select="$parent_image_width"/></xsl:when>
<xsl:otherwise><xsl:value-of select="."/></xsl:otherwise>
</xsl:choose>
</xsl:attribute>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'svg']/@height" mode="svg_update">
<!-- image[@height]/svg -->
<xsl:variable name="parent_image_height" select="normalize-space(ancestor::*[2][local-name() = 'image']/@height)"/>
<xsl:attribute name="height">
<xsl:choose>
<xsl:when test="$parent_image_height != '' and normalize-space(java:matches(java:java.lang.String.new($parent_image_height), $regex_starts_with_digit)) = 'true'"><xsl:value-of select="$parent_image_height"/></xsl:when>
<xsl:otherwise><xsl:value-of select="."/></xsl:otherwise>
</xsl:choose>
</xsl:attribute>
</xsl:template>
<!-- regex for 'display: inline-block;' -->
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="regex_svg_style_notsupported">display(\s|\h)*:(\s|\h)*inline-block(\s|\h)*;</xsl:variable>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'svg']//*[local-name() = 'style']/text()" mode="svg_update">
<xsl:value-of select="java:replaceAll(java:java.lang.String.new(.), $regex_svg_style_notsupported, '')"/>
</xsl:template>
<!-- replace
stroke="rgba(r, g, b, alpha)" to
stroke="rgb(r,g,b)" stroke-opacity="alpha", and
fill="rgba(r, g, b, alpha)" to
fill="rgb(r,g,b)" fill-opacity="alpha" -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="@*[local-name() = 'stroke' or local-name() = 'fill'][starts-with(normalize-space(.), 'rgba')]" mode="svg_update">
<xsl:variable name="components_">
<xsl:call-template name="split">
<xsl:with-param name="pText" select="substring-before(substring-after(., '('), ')')"/>
<xsl:with-param name="sep" select="','"/>
</xsl:call-template>
</xsl:variable>
<xsl:variable name="components" select="xalan:nodeset($components_)"/>
<xsl:variable name="att_name" select="local-name()"/>
<xsl:attribute name="{$att_name}"><xsl:value-of select="concat('rgb(', $components/item[1], ',', $components/item[2], ',', $components/item[3], ')')"/></xsl:attribute>
<xsl:attribute name="{$att_name}-opacity"><xsl:value-of select="$components/item[4]"/></xsl:attribute>
</xsl:template>
<!-- ============== -->
<!-- END: svg_update -->
<!-- ============== -->
<!-- image with svg and emf -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'figure']/*[local-name() = 'image'][*[local-name() = 'svg']]" priority="3">
<xsl:variable name="name" select="ancestor::*[local-name() = 'figure']/*[local-name() = 'name']"/>
<xsl:for-each select="*[local-name() = 'svg']">
<xsl:call-template name="image_svg">
<xsl:with-param name="name" select="$name"/>
</xsl:call-template>
</xsl:for-each>
</xsl:template>
<!-- For the structures like: <dt><image src="" mimetype="image/svg+xml" height="" width=""><svg xmlns="http://www.w3.org/2000/svg" ... -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() != 'figure']/*[local-name() = 'image'][*[local-name() = 'svg']]" priority="3">
<xsl:for-each select="*[local-name() = 'svg']">
<xsl:call-template name="image_svg"/>
</xsl:for-each>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'figure']/*[local-name() = 'image'][@mimetype = 'image/svg+xml' and @src[not(starts-with(., 'data:image/'))]]" priority="2">
<xsl:variable name="svg_content" select="document(@src)"/>
<xsl:variable name="name" select="ancestor::*[local-name() = 'figure']/*[local-name() = 'name']"/>
<xsl:for-each select="xalan:nodeset($svg_content)/node()">
<xsl:call-template name="image_svg">
<xsl:with-param name="name" select="$name"/>
</xsl:call-template>
</xsl:for-each>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="@*|node()" mode="svg_remove_a">
<xsl:copy>
<xsl:apply-templates select="@*|node()" mode="svg_remove_a"/>
</xsl:copy>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'a']" mode="svg_remove_a">
<xsl:apply-templates mode="svg_remove_a"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'a']" mode="svg_imagemap_links">
<xsl:param name="scale"/>
<xsl:variable name="dest">
<xsl:choose>
<xsl:when test="starts-with(@href, '#')">
<xsl:value-of select="substring-after(@href, '#')"/>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="@href"/>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:for-each select="./*[local-name() = 'rect']">
<xsl:call-template name="insertSVGMapLink">
<xsl:with-param name="left" select="floor(@x * $scale)"/>
<xsl:with-param name="top" select="floor(@y * $scale)"/>
<xsl:with-param name="width" select="floor(@width * $scale)"/>
<xsl:with-param name="height" select="floor(@height * $scale)"/>
<xsl:with-param name="dest" select="$dest"/>
</xsl:call-template>
</xsl:for-each>
<xsl:for-each select="./*[local-name() = 'polygon']">
<xsl:variable name="points">
<xsl:call-template name="split">
<xsl:with-param name="pText" select="@points"/>
</xsl:call-template>
</xsl:variable>
<xsl:variable name="x_coords">
<xsl:for-each select="xalan:nodeset($points)//item[position() mod 2 = 1]">
<xsl:sort select="." data-type="number"/>
<x><xsl:value-of select="."/></x>
</xsl:for-each>
</xsl:variable>
<xsl:variable name="y_coords">
<xsl:for-each select="xalan:nodeset($points)//item[position() mod 2 = 0]">
<xsl:sort select="." data-type="number"/>
<y><xsl:value-of select="."/></y>
</xsl:for-each>
</xsl:variable>
<xsl:variable name="x" select="xalan:nodeset($x_coords)//x[1]"/>
<xsl:variable name="y" select="xalan:nodeset($y_coords)//y[1]"/>
<xsl:variable name="width" select="xalan:nodeset($x_coords)//x[last()] - $x"/>
<xsl:variable name="height" select="xalan:nodeset($y_coords)//y[last()] - $y"/>
<xsl:call-template name="insertSVGMapLink">
<xsl:with-param name="left" select="floor($x * $scale)"/>
<xsl:with-param name="top" select="floor($y * $scale)"/>
<xsl:with-param name="width" select="floor($width * $scale)"/>
<xsl:with-param name="height" select="floor($height * $scale)"/>
<xsl:with-param name="dest" select="$dest"/>
</xsl:call-template>
</xsl:for-each>
<xsl:for-each select="./*[local-name() = 'circle']">
<xsl:call-template name="insertSVGMapLink">
<xsl:with-param name="left" select="floor((@cx - @r) * $scale)"/>
<xsl:with-param name="top" select="floor((@cy - @r) * $scale)"/>
<xsl:with-param name="width" select="floor(@r * 2 * $scale)"/>
<xsl:with-param name="height" select="floor(@r * 2 * $scale)"/>
<xsl:with-param name="dest" select="$dest"/>
</xsl:call-template>
</xsl:for-each>
<xsl:for-each select="./*[local-name() = 'ellipse']">
<xsl:call-template name="insertSVGMapLink">
<xsl:with-param name="left" select="floor((@cx - @rx) * $scale)"/>
<xsl:with-param name="top" select="floor((@cy - @ry) * $scale)"/>
<xsl:with-param name="width" select="floor(@rx * 2 * $scale)"/>
<xsl:with-param name="height" select="floor(@ry * 2 * $scale)"/>
<xsl:with-param name="dest" select="$dest"/>
</xsl:call-template>
</xsl:for-each>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="insertSVGMapLink">
<xsl:param name="left"/>
<xsl:param name="top"/>
<xsl:param name="width"/>
<xsl:param name="height"/>
<xsl:param name="dest"/>
<fo:block-container position="absolute" left="{$left}px" top="{$top}px" width="{$width}px" height="{$height}px">
<fo:block font-size="1pt">
<xsl:call-template name="insert_basic_link">
<xsl:with-param name="element">
<fo:basic-link internal-destination="{$dest}" fox:alt-text="svg link">
<fo:inline-container inline-progression-dimension="100%">
<fo:block-container height="{$height - 1}px" width="100%">
<!-- DEBUG <xsl:if test="local-name()='polygon'">
<xsl:attribute name="background-color">magenta</xsl:attribute>
</xsl:if> -->
<fo:block> </fo:block></fo:block-container>
</fo:inline-container>
</fo:basic-link>
</xsl:with-param>
</xsl:call-template>
</fo:block>
</fo:block-container>
</xsl:template>
<!-- =================== -->
<!-- End SVG images processing -->
<!-- =================== -->
<!-- ignore emf processing (Apache FOP doesn't support EMF) -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'emf']"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'figure']/*[local-name() = 'name'] | *[local-name() = 'table']/*[local-name() = 'name'] | *[local-name() = 'permission']/*[local-name() = 'name'] | *[local-name() = 'recommendation']/*[local-name() = 'name'] | *[local-name() = 'requirement']/*[local-name() = 'name']" mode="contents">
<xsl:apply-templates mode="contents"/>
<xsl:text> </xsl:text>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'figure']/*[local-name() = 'name'] | *[local-name() = 'table']/*[local-name() = 'name'] | *[local-name() = 'permission']/*[local-name() = 'name'] | *[local-name() = 'recommendation']/*[local-name() = 'name'] | *[local-name() = 'requirement']/*[local-name() = 'name'] | *[local-name() = 'sourcecode']/*[local-name() = 'name']" mode="bookmarks">
<xsl:apply-templates mode="bookmarks"/>
<xsl:text> </xsl:text>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'figure' or local-name() = 'table' or local-name() = 'permission' or local-name() = 'recommendation' or local-name() = 'requirement']/*[local-name() = 'name']/text()" mode="contents" priority="2">
<xsl:value-of select="."/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'figure' or local-name() = 'table' or local-name() = 'permission' or local-name() = 'recommendation' or local-name() = 'requirement' or local-name() = 'sourcecode']/*[local-name() = 'name']//text()" mode="bookmarks" priority="2">
<xsl:value-of select="."/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'add'][starts-with(., $ace_tag)]/text()" mode="bookmarks" priority="3"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="node()" mode="contents">
<xsl:apply-templates mode="contents"/>
</xsl:template>
<!-- special case: ignore preface/section-title and sections/section-title without @displayorder -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'preface' or local-name() = 'sections']/*[local-name() = 'p'][@type = 'section-title' and not(@displayorder)]" priority="3" mode="contents"/>
<!-- process them by demand (mode="contents_no_displayorder") -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'p'][@type = 'section-title' and not(@displayorder)]" mode="contents_no_displayorder">
<xsl:call-template name="contents_section-title"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'p'][@type = 'section-title']" mode="contents_in_clause">
<xsl:call-template name="contents_section-title"/>
</xsl:template>
<!-- special case: ignore section-title if @depth different than @depth of parent clause, or @depth of parent clause = 1 -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'clause']/*[local-name() = 'p'][@type = 'section-title' and (@depth != ../*[local-name() = 'title']/@depth or ../*[local-name() = 'title']/@depth = 1)]" priority="3" mode="contents"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'p'][@type = 'floating-title' or @type = 'section-title']" priority="2" name="contents_section-title" mode="contents">
<xsl:variable name="level">
<xsl:call-template name="getLevel">
<xsl:with-param name="depth" select="@depth"/>
</xsl:call-template>
</xsl:variable>
<xsl:variable name="section">
<xsl:choose>
<xsl:when test="@type = 'section-title'"/>
<xsl:otherwise>
<xsl:value-of select="*[local-name() = 'tab'][1]/preceding-sibling::node()"/>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:variable name="type"><xsl:value-of select="@type"/></xsl:variable>
<xsl:variable name="display">
<xsl:choose>
<xsl:when test="normalize-space(@id) = ''">false</xsl:when>
<xsl:when test="$level <= $toc_level">true</xsl:when>
<xsl:otherwise>false</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:variable name="skip">false</xsl:variable>
<xsl:if test="$skip = 'false'">
<xsl:variable name="title">
<xsl:choose>
<xsl:when test="*[local-name() = 'tab']">
<xsl:choose>
<xsl:when test="@type = 'section-title'">
<xsl:value-of select="*[local-name() = 'tab'][1]/preceding-sibling::node()"/>
<xsl:text>: </xsl:text>
<xsl:copy-of select="*[local-name() = 'tab'][1]/following-sibling::node()"/>
</xsl:when>
<xsl:otherwise>
<xsl:copy-of select="*[local-name() = 'tab'][1]/following-sibling::node()"/>
</xsl:otherwise>
</xsl:choose>
</xsl:when>
<xsl:otherwise>
<xsl:copy-of select="node()"/>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:variable name="root">
<xsl:if test="ancestor-or-self::*[local-name() = 'preface']">preface</xsl:if>
<xsl:if test="ancestor-or-self::*[local-name() = 'annex']">annex</xsl:if>
</xsl:variable>
<item id="{@id}" level="{$level}" section="{$section}" type="{$type}" root="{$root}" display="{$display}">
<title>
<xsl:apply-templates select="xalan:nodeset($title)" mode="contents_item"/>
</title>
</item>
</xsl:if>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="node()" mode="bookmarks">
<xsl:apply-templates mode="bookmarks"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'title' or local-name() = 'name']//*[local-name() = 'stem']" mode="contents">
<xsl:apply-templates select="."/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'references'][@hidden='true']" mode="contents" priority="3"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'references']/*[local-name() = 'bibitem']" mode="contents"/>
<!-- Note: to enable the addition of character span markup with semantic styling for DIS Word output -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'span']" mode="contents">
<xsl:apply-templates mode="contents"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'stem']" mode="bookmarks">
<xsl:apply-templates mode="bookmarks"/>
</xsl:template>
<!-- Note: to enable the addition of character span markup with semantic styling for DIS Word output -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'span']" mode="bookmarks">
<xsl:apply-templates mode="bookmarks"/>
</xsl:template>
<!-- Bookmarks -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="addBookmarks">
<xsl:param name="contents"/>
<xsl:variable name="contents_nodes" select="xalan:nodeset($contents)"/>
<xsl:if test="$contents_nodes//item">
<fo:bookmark-tree>
<xsl:choose>
<xsl:when test="$contents_nodes/doc">
<xsl:choose>
<xsl:when test="count($contents_nodes/doc) > 1">
<xsl:if test="$contents_nodes/collection">
<fo:bookmark internal-destination="{$contents/collection/@firstpage_id}">
<fo:bookmark-title>collection.pdf</fo:bookmark-title>
</fo:bookmark>
</xsl:if>
<xsl:for-each select="$contents_nodes/doc">
<fo:bookmark internal-destination="{contents/item[1]/@id}" starting-state="hide">
<xsl:if test="@bundle = 'true'">
<xsl:attribute name="internal-destination"><xsl:value-of select="@firstpage_id"/></xsl:attribute>
</xsl:if>
<fo:bookmark-title>
<xsl:choose>
<xsl:when test="not(normalize-space(@bundle) = 'true')"> <!-- 'bundle' means several different documents (not language versions) in one xml -->
<xsl:variable name="bookmark-title_">
<xsl:call-template name="getLangVersion">
<xsl:with-param name="lang" select="@lang"/>
<xsl:with-param name="doctype" select="@doctype"/>
<xsl:with-param name="title" select="@title-part"/>
</xsl:call-template>
</xsl:variable>
<xsl:choose>
<xsl:when test="normalize-space($bookmark-title_) != ''">
<xsl:value-of select="normalize-space($bookmark-title_)"/>
</xsl:when>
<xsl:otherwise>
<xsl:choose>
<xsl:when test="@lang = 'en'">English</xsl:when>
<xsl:when test="@lang = 'fr'">Français</xsl:when>
<xsl:when test="@lang = 'de'">Deutsche</xsl:when>
<xsl:otherwise><xsl:value-of select="@lang"/> version</xsl:otherwise>
</xsl:choose>
</xsl:otherwise>
</xsl:choose>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="@title-part"/>
</xsl:otherwise>
</xsl:choose>
</fo:bookmark-title>
<xsl:apply-templates select="contents/item" mode="bookmark"/>
<xsl:call-template name="insertFigureBookmarks">
<xsl:with-param name="contents" select="contents"/>
</xsl:call-template>
<xsl:call-template name="insertTableBookmarks">
<xsl:with-param name="contents" select="contents"/>
<xsl:with-param name="lang" select="@lang"/>
</xsl:call-template>
</fo:bookmark>
</xsl:for-each>
</xsl:when>
<xsl:otherwise>
<xsl:for-each select="$contents_nodes/doc">
<xsl:apply-templates select="contents/item" mode="bookmark"/>
<xsl:call-template name="insertFigureBookmarks">
<xsl:with-param name="contents" select="contents"/>
</xsl:call-template>
<xsl:call-template name="insertTableBookmarks">
<xsl:with-param name="contents" select="contents"/>
<xsl:with-param name="lang" select="@lang"/>
</xsl:call-template>
</xsl:for-each>
</xsl:otherwise>
</xsl:choose>
</xsl:when>
<xsl:otherwise>
<xsl:apply-templates select="$contents_nodes/contents/item" mode="bookmark"/>
<xsl:call-template name="insertFigureBookmarks">
<xsl:with-param name="contents" select="$contents_nodes/contents"/>
</xsl:call-template>
<xsl:call-template name="insertTableBookmarks">
<xsl:with-param name="contents" select="$contents_nodes/contents"/>
<xsl:with-param name="lang" select="@lang"/>
</xsl:call-template>
</xsl:otherwise>
</xsl:choose>
</fo:bookmark-tree>
</xsl:if>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="insertFigureBookmarks">
<xsl:param name="contents"/>
<xsl:variable name="contents_nodes" select="xalan:nodeset($contents)"/>
<xsl:if test="$contents_nodes/figure">
<fo:bookmark internal-destination="{$contents_nodes/figure[1]/@id}" starting-state="hide">
<fo:bookmark-title>Figures</fo:bookmark-title>
<xsl:for-each select="$contents_nodes/figure">
<fo:bookmark internal-destination="{@id}">
<fo:bookmark-title>
<xsl:value-of select="normalize-space(title)"/>
</fo:bookmark-title>
</fo:bookmark>
</xsl:for-each>
</fo:bookmark>
</xsl:if>
<xsl:if test="$contents_nodes//figures/figure">
<fo:bookmark internal-destination="empty_bookmark" starting-state="hide">
<xsl:attribute name="internal-destination">
<xsl:value-of select="$contents_nodes//figures/figure[1]/@id"/>
</xsl:attribute>
<xsl:variable name="bookmark-title">
Figures
</xsl:variable>
<fo:bookmark-title><xsl:value-of select="normalize-space($bookmark-title)"/></fo:bookmark-title>
<xsl:for-each select="$contents_nodes//figures/figure">
<fo:bookmark internal-destination="{@id}">
<fo:bookmark-title><xsl:value-of select="normalize-space(.)"/></fo:bookmark-title>
</fo:bookmark>
</xsl:for-each>
</fo:bookmark>
</xsl:if>
</xsl:template> <!-- insertFigureBookmarks -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="insertTableBookmarks">
<xsl:param name="contents"/>
<xsl:param name="lang"/>
<xsl:variable name="contents_nodes" select="xalan:nodeset($contents)"/>
<xsl:if test="$contents_nodes/table">
<fo:bookmark internal-destination="{$contents_nodes/table[1]/@id}" starting-state="hide">
<fo:bookmark-title>
<xsl:choose>
<xsl:when test="$lang = 'fr'">Tableaux</xsl:when>
<xsl:otherwise>Tables</xsl:otherwise>
</xsl:choose>
</fo:bookmark-title>
<xsl:for-each select="$contents_nodes/table">
<fo:bookmark internal-destination="{@id}">
<fo:bookmark-title>
<xsl:value-of select="normalize-space(title)"/>
</fo:bookmark-title>
</fo:bookmark>
</xsl:for-each>
</fo:bookmark>
</xsl:if>
<xsl:if test="$contents_nodes//tables/table">
<fo:bookmark internal-destination="empty_bookmark" starting-state="hide">
<xsl:attribute name="internal-destination">
<xsl:value-of select="$contents_nodes//tables/table[1]/@id"/>
</xsl:attribute>
<xsl:variable name="bookmark-title">
<xsl:choose>
<xsl:when test="$lang = 'fr'">Tableaux</xsl:when>
<xsl:otherwise>Tables</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<fo:bookmark-title><xsl:value-of select="$bookmark-title"/></fo:bookmark-title>
<xsl:for-each select="$contents_nodes//tables/table">
<fo:bookmark internal-destination="{@id}">
<fo:bookmark-title><xsl:value-of select="normalize-space(.)"/></fo:bookmark-title>
</fo:bookmark>
</xsl:for-each>
</fo:bookmark>
</xsl:if>
</xsl:template> <!-- insertTableBookmarks -->
<!-- End Bookmarks -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="getLangVersion">
<xsl:param name="lang"/>
<xsl:param name="doctype" select="''"/>
<xsl:param name="title" select="''"/>
<xsl:choose>
<xsl:when test="$lang = 'en'">
English
</xsl:when>
<xsl:when test="$lang = 'fr'">
Français
</xsl:when>
<xsl:when test="$lang = 'de'">Deutsche</xsl:when>
<xsl:otherwise><xsl:value-of select="$lang"/> version</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="item" mode="bookmark">
<xsl:choose>
<xsl:when test="@id != ''">
<fo:bookmark internal-destination="{@id}" starting-state="hide">
<fo:bookmark-title>
<xsl:if test="@section != ''">
<xsl:value-of select="@section"/>
<xsl:text> </xsl:text>
</xsl:if>
<xsl:variable name="title">
<xsl:for-each select="title/node()">
<xsl:choose>
<xsl:when test="local-name() = 'add' and starts-with(., $ace_tag)"><!-- skip --></xsl:when>
<xsl:otherwise><xsl:value-of select="."/></xsl:otherwise>
</xsl:choose>
</xsl:for-each>
</xsl:variable>
<xsl:value-of select="normalize-space($title)"/>
</fo:bookmark-title>
<xsl:apply-templates mode="bookmark"/>
</fo:bookmark>
</xsl:when>
<xsl:otherwise>
<xsl:apply-templates mode="bookmark"/>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="title" mode="bookmark"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="text()" mode="bookmark"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'figure']/*[local-name() = 'name'] | *[local-name() = 'image']/*[local-name() = 'name']">
<xsl:if test="normalize-space() != ''">
<fo:block xsl:use-attribute-sets="figure-name-style">
<xsl:call-template name="refine_figure-name-style"/>
<xsl:apply-templates/>
</fo:block>
</xsl:if>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'figure']/*[local-name() = 'fn']" priority="2"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'figure']/*[local-name() = 'note']"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'figure']/*[local-name() = 'note'][@type = 'units'] | *[local-name() = 'image']/*[local-name() = 'note'][@type = 'units']" priority="2">
<fo:block text-align="right" keep-with-next="always">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<!-- ====== -->
<!-- ====== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'title']" mode="contents_item">
<xsl:param name="mode">bookmarks</xsl:param>
<xsl:apply-templates mode="contents_item">
<xsl:with-param name="mode" select="$mode"/>
</xsl:apply-templates>
<!-- <xsl:text> </xsl:text> -->
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="getSection">
<xsl:value-of select="*[local-name() = 'title']/*[local-name() = 'tab'][1]/preceding-sibling::node()"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="getName">
<xsl:choose>
<xsl:when test="*[local-name() = 'title']/*[local-name() = 'tab']">
<xsl:copy-of select="*[local-name() = 'title']/*[local-name() = 'tab'][1]/following-sibling::node()"/>
</xsl:when>
<xsl:otherwise>
<xsl:copy-of select="*[local-name() = 'title']/node()"/>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="insertTitleAsListItem">
<xsl:param name="provisional-distance-between-starts" select="'9.5mm'"/>
<xsl:variable name="section">
<xsl:for-each select="..">
<xsl:call-template name="getSection"/>
</xsl:for-each>
</xsl:variable>
<fo:list-block provisional-distance-between-starts="{$provisional-distance-between-starts}">
<fo:list-item>
<fo:list-item-label end-indent="label-end()">
<fo:block>
<xsl:value-of select="$section"/>
</fo:block>
</fo:list-item-label>
<fo:list-item-body start-indent="body-start()">
<fo:block>
<xsl:choose>
<xsl:when test="*[local-name() = 'tab']">
<xsl:apply-templates select="*[local-name() = 'tab'][1]/following-sibling::node()"/>
</xsl:when>
<xsl:otherwise>
<xsl:apply-templates/>
<xsl:apply-templates select="following-sibling::*[1][local-name() = 'variant-title'][@type = 'sub']" mode="subtitle"/>
</xsl:otherwise>
</xsl:choose>
</fo:block>
</fo:list-item-body>
</fo:list-item>
</fo:list-block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="extractSection">
<xsl:value-of select="*[local-name() = 'tab'][1]/preceding-sibling::node()"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="extractTitle">
<xsl:choose>
<xsl:when test="*[local-name() = 'tab']">
<xsl:apply-templates select="*[local-name() = 'tab'][1]/following-sibling::node()"/>
</xsl:when>
<xsl:otherwise>
<xsl:apply-templates/>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'fn']" mode="contents"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'fn']" mode="bookmarks"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'fn']" mode="contents_item"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'xref'] | *[local-name() = 'eref']" mode="contents">
<xsl:value-of select="."/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'review']" mode="contents_item"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'tab']" mode="contents_item">
<xsl:text> </xsl:text>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'strong']" mode="contents_item">
<xsl:copy>
<xsl:apply-templates mode="contents_item"/>
</xsl:copy>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'em']" mode="contents_item">
<xsl:copy>
<xsl:apply-templates mode="contents_item"/>
</xsl:copy>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'sub']" mode="contents_item">
<xsl:copy>
<xsl:apply-templates mode="contents_item"/>
</xsl:copy>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'sup']" mode="contents_item">
<xsl:copy>
<xsl:apply-templates mode="contents_item"/>
</xsl:copy>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'stem']" mode="contents_item">
<xsl:copy-of select="."/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'br']" mode="contents_item">
<xsl:text> </xsl:text>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'name']" mode="contents_item">
<xsl:param name="mode">bookmarks</xsl:param>
<xsl:apply-templates mode="contents_item">
<xsl:with-param name="mode" select="$mode"/>
</xsl:apply-templates>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'add']" mode="contents_item">
<xsl:param name="mode">bookmarks</xsl:param>
<xsl:choose>
<xsl:when test="starts-with(text(), $ace_tag)">
<xsl:if test="$mode = 'contents'">
<xsl:copy>
<xsl:apply-templates mode="contents_item"/>
</xsl:copy>
</xsl:if>
</xsl:when>
<xsl:otherwise><xsl:apply-templates mode="contents_item"/></xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="text()" mode="contents_item">
<xsl:variable name="text">
<!-- to split by '_' and other chars -->
<text><xsl:call-template name="add-zero-spaces-java"/></text>
</xsl:variable>
<xsl:for-each select="xalan:nodeset($text)/text/text()">
<xsl:call-template name="keep_together_standard_number"/>
</xsl:for-each>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'add'][starts-with(., $ace_tag)]/text()" mode="contents_item" priority="2">
<xsl:value-of select="."/>
</xsl:template>
<!-- Note: to enable the addition of character span markup with semantic styling for DIS Word output -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'span']" mode="contents_item">
<xsl:apply-templates mode="contents_item"/>
</xsl:template>
<!-- =============== -->
<!-- sourcecode -->
<!-- =============== -->
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="source-highlighter-css_" select="//*[contains(local-name(), '-standard')]/*[local-name() = 'metanorma-extension']/*[local-name() = 'source-highlighter-css']"/>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="sourcecode_css_" select="java:org.metanorma.fop.Util.parseCSS($source-highlighter-css_)"/>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="sourcecode_css" select="xalan:nodeset($sourcecode_css_)"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'property']" mode="css">
<xsl:attribute name="{@name}">
<xsl:value-of select="@value"/>
</xsl:attribute>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="get_sourcecode_attributes">
<xsl:element name="sourcecode_attributes" use-attribute-sets="sourcecode-style">
<xsl:variable name="_font-size">
9
<!-- inherit -->
<!-- <xsl:if test="$namespace = 'ieee'">
<xsl:if test="$current_template = 'standard'">8</xsl:if>
</xsl:if> -->
</xsl:variable>
<xsl:variable name="font-size" select="normalize-space($_font-size)"/>
<xsl:if test="$font-size != ''">
<xsl:attribute name="font-size">
<xsl:choose>
<xsl:when test="$font-size = 'inherit'"><xsl:value-of select="$font-size"/></xsl:when>
<xsl:when test="contains($font-size, '%')"><xsl:value-of select="$font-size"/></xsl:when>
<xsl:when test="ancestor::*[local-name()='note']"><xsl:value-of select="$font-size * 0.91"/>pt</xsl:when>
<xsl:otherwise><xsl:value-of select="$font-size"/>pt</xsl:otherwise>
</xsl:choose>
</xsl:attribute>
</xsl:if>
<xsl:apply-templates select="$sourcecode_css//class[@name = 'sourcecode']" mode="css"/>
</xsl:element>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='sourcecode']" name="sourcecode">
<xsl:variable name="sourcecode_attributes">
<xsl:call-template name="get_sourcecode_attributes"/>
</xsl:variable>
<!-- <xsl:copy-of select="$sourcecode_css"/> -->
<xsl:choose>
<xsl:when test="$isGenerateTableIF = 'true' and (ancestor::*[local-name() = 'td'] or ancestor::*[local-name() = 'th'])">
<xsl:for-each select="xalan:nodeset($sourcecode_attributes)/sourcecode_attributes/@*">
<xsl:attribute name="{local-name()}">
<xsl:value-of select="."/>
</xsl:attribute>
</xsl:for-each>
<xsl:apply-templates select="node()[not(local-name() = 'name')]"/>
</xsl:when>
<xsl:otherwise>
<fo:block-container xsl:use-attribute-sets="sourcecode-container-style" role="SKIP">
<xsl:if test="not(ancestor::*[local-name() = 'li']) or ancestor::*[local-name() = 'example']">
<xsl:attribute name="margin-left">0mm</xsl:attribute>
</xsl:if>
<xsl:if test="ancestor::*[local-name() = 'example']">
<xsl:attribute name="margin-right">0mm</xsl:attribute>
</xsl:if>
<xsl:copy-of select="@id"/>
<xsl:if test="parent::*[local-name() = 'note']">
<xsl:attribute name="margin-left">
<xsl:choose>
<xsl:when test="not(ancestor::*[local-name() = 'table'])"><xsl:value-of select="$note-body-indent"/></xsl:when>
<xsl:otherwise><xsl:value-of select="$note-body-indent-table"/></xsl:otherwise>
</xsl:choose>
</xsl:attribute>
</xsl:if>
<fo:block-container margin-left="0mm" role="SKIP">
<fo:block xsl:use-attribute-sets="sourcecode-style">
<xsl:for-each select="xalan:nodeset($sourcecode_attributes)/sourcecode_attributes/@*">
<xsl:attribute name="{local-name()}">
<xsl:value-of select="."/>
</xsl:attribute>
</xsl:for-each>
<xsl:call-template name="refine_sourcecode-style"/>
<!-- remove margin between rows in the table with sourcecode line numbers -->
<xsl:if test="ancestor::*[local-name() = 'sourcecode'][@linenums = 'true'] and ancestor::*[local-name() = 'tr'][1]/following-sibling::*[local-name() = 'tr']">
<xsl:attribute name="margin-top">0pt</xsl:attribute>
<xsl:attribute name="margin-bottom">0pt</xsl:attribute>
</xsl:if>
<xsl:apply-templates select="node()[not(local-name() = 'name' or local-name() = 'dl')]"/>
</fo:block>
<xsl:apply-templates select="*[local-name() = 'dl']"/> <!-- Key table -->
<xsl:apply-templates select="*[local-name()='name']"/> <!-- show sourcecode's name AFTER content -->
</fo:block-container>
</fo:block-container>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='sourcecode']/text() | *[local-name()='sourcecode']//*[local-name()='span']/text()" priority="2">
<xsl:choose>
<!-- disabled -->
<xsl:when test="1 = 2 and normalize-space($syntax-highlight) = 'true' and normalize-space(../@lang) != ''"> <!-- condition for turn on of highlighting -->
<xsl:variable name="syntax" select="java:org.metanorma.fop.Util.syntaxHighlight(., ../@lang)"/>
<xsl:choose>
<xsl:when test="normalize-space($syntax) != ''"><!-- if there is highlighted result -->
<xsl:apply-templates select="xalan:nodeset($syntax)" mode="syntax_highlight"/> <!-- process span tags -->
</xsl:when>
<xsl:otherwise> <!-- if case of non-succesfull syntax highlight (for instance, unknown lang), process without highlighting -->
<xsl:call-template name="add_spaces_to_sourcecode"/>
</xsl:otherwise>
</xsl:choose>
</xsl:when>
<xsl:otherwise>
<xsl:call-template name="add_spaces_to_sourcecode"/>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<!-- add sourcecode highlighting -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='sourcecode']//*[local-name()='span'][@class]" priority="2">
<xsl:variable name="class" select="@class"/>
<!-- Example: <1> -->
<xsl:variable name="is_callout">
<xsl:if test="parent::*[local-name() = 'dt']">
<xsl:variable name="dt_id" select="../@id"/>
<xsl:if test="ancestor::*[local-name() = 'sourcecode']//*[local-name() = 'callout'][@target = $dt_id]">true</xsl:if>
</xsl:if>
</xsl:variable>
<xsl:choose>
<xsl:when test="$sourcecode_css//class[@name = $class]">
<fo:inline>
<xsl:apply-templates select="$sourcecode_css//class[@name = $class]" mode="css"/>
<xsl:if test="$is_callout = 'true'"><</xsl:if>
<xsl:apply-templates/>
<xsl:if test="$is_callout = 'true'">></xsl:if>
</fo:inline>
</xsl:when>
<xsl:otherwise>
<xsl:apply-templates/>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<!-- outer table with line numbers for sourcecode -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'sourcecode'][@linenums = 'true']/*[local-name()='table']" priority="2"> <!-- *[local-name()='table'][@type = 'sourcecode'] | -->
<fo:block>
<fo:table width="100%" table-layout="fixed">
<xsl:copy-of select="@id"/>
<fo:table-column column-width="8%"/>
<fo:table-column column-width="92%"/>
<fo:table-body>
<xsl:apply-templates/>
</fo:table-body>
</fo:table>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'sourcecode'][@linenums = 'true']/*[local-name()='table']/*[local-name() = 'tbody']" priority="2"> <!-- *[local-name()='table'][@type = 'sourcecode']/*[local-name() = 'tbody'] | -->
<xsl:apply-templates/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'sourcecode'][@linenums = 'true']/*[local-name()='table']//*[local-name()='tr']" priority="2"> <!-- *[local-name()='table'][@type = 'sourcecode']//*[local-name()='tr'] | -->
<fo:table-row>
<xsl:apply-templates/>
</fo:table-row>
</xsl:template>
<!-- first td with line numbers -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'sourcecode'][@linenums = 'true']/*[local-name()='table']//*[local-name()='tr']/*[local-name()='td'][not(preceding-sibling::*)]" priority="2"> <!-- *[local-name()='table'][@type = 'sourcecode'] -->
<fo:table-cell>
<fo:block>
<!-- set attibutes for line numbers - same as sourcecode -->
<xsl:variable name="sourcecode_attributes">
<xsl:for-each select="following-sibling::*[local-name() = 'td']/*[local-name() = 'sourcecode']">
<xsl:call-template name="get_sourcecode_attributes"/>
</xsl:for-each>
</xsl:variable>
<xsl:for-each select="xalan:nodeset($sourcecode_attributes)/sourcecode_attributes/@*[not(starts-with(local-name(), 'margin-') or starts-with(local-name(), 'space-'))]">
<xsl:attribute name="{local-name()}">
<xsl:value-of select="."/>
</xsl:attribute>
</xsl:for-each>
<xsl:apply-templates/>
</fo:block>
</fo:table-cell>
</xsl:template>
<!-- second td with sourcecode -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'sourcecode'][@linenums = 'true']/*[local-name()='table']//*[local-name()='tr']/*[local-name()='td'][preceding-sibling::*]" priority="2"> <!-- *[local-name()='table'][@type = 'sourcecode'] -->
<fo:table-cell>
<fo:block role="SKIP">
<xsl:apply-templates/>
</fo:block>
</fo:table-cell>
</xsl:template>
<!-- END outer table with line numbers for sourcecode -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="add_spaces_to_sourcecode">
<xsl:variable name="text_step1">
<xsl:call-template name="add-zero-spaces-equal"/>
</xsl:variable>
<xsl:variable name="text_step2">
<xsl:call-template name="add-zero-spaces-java">
<xsl:with-param name="text" select="$text_step1"/>
</xsl:call-template>
</xsl:variable>
<!-- <xsl:value-of select="$text_step2"/> -->
<!-- add zero-width space after space -->
<xsl:variable name="text_step3" select="java:replaceAll(java:java.lang.String.new($text_step2),' ',' ')"/>
<!-- split text by zero-width space -->
<xsl:variable name="text_step4">
<xsl:call-template name="split_for_interspers">
<xsl:with-param name="pText" select="$text_step3"/>
<xsl:with-param name="sep" select="$zero_width_space"/>
</xsl:call-template>
</xsl:variable>
<xsl:for-each select="xalan:nodeset($text_step4)/node()">
<xsl:choose>
<xsl:when test="local-name() = 'interspers'"> <!-- word with length more than 30 will be interspersed with zero-width space -->
<xsl:call-template name="interspers-java">
<xsl:with-param name="str" select="."/>
</xsl:call-template>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="."/>
</xsl:otherwise>
</xsl:choose>
</xsl:for-each>
</xsl:template> <!-- add_spaces_to_sourcecode -->
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="interspers_tag_open">###interspers123###</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="interspers_tag_close">###/interspers123###</xsl:variable>
<!-- split string by separator for interspers -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="split_for_interspers">
<xsl:param name="pText" select="."/>
<xsl:param name="sep" select="','"/>
<!-- word with length more than 30 will be interspersed with zero-width space -->
<xsl:variable name="regex" select="concat('([^', $zero_width_space, ']{31,})')"/> <!-- sequence of characters (more 31), that doesn't contains zero-width space -->
<xsl:variable name="text" select="java:replaceAll(java:java.lang.String.new($pText),$regex,concat($interspers_tag_open,'$1',$interspers_tag_close))"/>
<xsl:call-template name="replace_tag_interspers">
<xsl:with-param name="text" select="$text"/>
</xsl:call-template>
</xsl:template> <!-- end: split string by separator for interspers -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="replace_tag_interspers">
<xsl:param name="text"/>
<xsl:choose>
<xsl:when test="contains($text, $interspers_tag_open)">
<xsl:value-of select="substring-before($text, $interspers_tag_open)"/>
<xsl:variable name="text_after" select="substring-after($text, $interspers_tag_open)"/>
<interspers>
<xsl:value-of select="substring-before($text_after, $interspers_tag_close)"/>
</interspers>
<xsl:call-template name="replace_tag_interspers">
<xsl:with-param name="text" select="substring-after($text_after, $interspers_tag_close)"/>
</xsl:call-template>
</xsl:when>
<xsl:otherwise><xsl:value-of select="$text"/></xsl:otherwise>
</xsl:choose>
</xsl:template>
<!-- insert 'char' between each character in the string -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="interspers">
<xsl:param name="str"/>
<xsl:param name="char" select="$zero_width_space"/>
<xsl:if test="$str != ''">
<xsl:value-of select="substring($str, 1, 1)"/>
<xsl:variable name="next_char" select="substring($str, 2, 1)"/>
<xsl:if test="not(contains(concat(' -.:=_— ', $char), $next_char))">
<xsl:value-of select="$char"/>
</xsl:if>
<xsl:call-template name="interspers">
<xsl:with-param name="str" select="substring($str, 2)"/>
<xsl:with-param name="char" select="$char"/>
</xsl:call-template>
</xsl:if>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="interspers-java">
<xsl:param name="str"/>
<xsl:param name="char" select="$zero_width_space"/>
<xsl:value-of select="java:replaceAll(java:java.lang.String.new($str),'([^ -.:=_—])',concat('$1', $char))"/> <!-- insert $char after each char excep space, - . : = _ etc. -->
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*" mode="syntax_highlight">
<xsl:apply-templates mode="syntax_highlight"/>
</xsl:template>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="syntax_highlight_styles_">
<style class="hljs-addition" xsl:use-attribute-sets="hljs-addition"/>
<style class="hljs-attr" xsl:use-attribute-sets="hljs-attr"/>
<style class="hljs-attribute" xsl:use-attribute-sets="hljs-attribute"/>
<style class="hljs-built_in" xsl:use-attribute-sets="hljs-built_in"/>
<style class="hljs-bullet" xsl:use-attribute-sets="hljs-bullet"/>
<style class="hljs-char_and_escape_" xsl:use-attribute-sets="hljs-char_and_escape_"/>
<style class="hljs-code" xsl:use-attribute-sets="hljs-code"/>
<style class="hljs-comment" xsl:use-attribute-sets="hljs-comment"/>
<style class="hljs-deletion" xsl:use-attribute-sets="hljs-deletion"/>
<style class="hljs-doctag" xsl:use-attribute-sets="hljs-doctag"/>
<style class="hljs-emphasis" xsl:use-attribute-sets="hljs-emphasis"/>
<style class="hljs-formula" xsl:use-attribute-sets="hljs-formula"/>
<style class="hljs-keyword" xsl:use-attribute-sets="hljs-keyword"/>
<style class="hljs-link" xsl:use-attribute-sets="hljs-link"/>
<style class="hljs-literal" xsl:use-attribute-sets="hljs-literal"/>
<style class="hljs-meta" xsl:use-attribute-sets="hljs-meta"/>
<style class="hljs-meta_hljs-string" xsl:use-attribute-sets="hljs-meta_hljs-string"/>
<style class="hljs-meta_hljs-keyword" xsl:use-attribute-sets="hljs-meta_hljs-keyword"/>
<style class="hljs-name" xsl:use-attribute-sets="hljs-name"/>
<style class="hljs-number" xsl:use-attribute-sets="hljs-number"/>
<style class="hljs-operator" xsl:use-attribute-sets="hljs-operator"/>
<style class="hljs-params" xsl:use-attribute-sets="hljs-params"/>
<style class="hljs-property" xsl:use-attribute-sets="hljs-property"/>
<style class="hljs-punctuation" xsl:use-attribute-sets="hljs-punctuation"/>
<style class="hljs-quote" xsl:use-attribute-sets="hljs-quote"/>
<style class="hljs-regexp" xsl:use-attribute-sets="hljs-regexp"/>
<style class="hljs-section" xsl:use-attribute-sets="hljs-section"/>
<style class="hljs-selector-attr" xsl:use-attribute-sets="hljs-selector-attr"/>
<style class="hljs-selector-class" xsl:use-attribute-sets="hljs-selector-class"/>
<style class="hljs-selector-id" xsl:use-attribute-sets="hljs-selector-id"/>
<style class="hljs-selector-pseudo" xsl:use-attribute-sets="hljs-selector-pseudo"/>
<style class="hljs-selector-tag" xsl:use-attribute-sets="hljs-selector-tag"/>
<style class="hljs-string" xsl:use-attribute-sets="hljs-string"/>
<style class="hljs-strong" xsl:use-attribute-sets="hljs-strong"/>
<style class="hljs-subst" xsl:use-attribute-sets="hljs-subst"/>
<style class="hljs-symbol" xsl:use-attribute-sets="hljs-symbol"/>
<style class="hljs-tag" xsl:use-attribute-sets="hljs-tag"/>
<!-- <style class="hljs-tag_hljs-attr" xsl:use-attribute-sets="hljs-tag_hljs-attr"></style> -->
<!-- <style class="hljs-tag_hljs-name" xsl:use-attribute-sets="hljs-tag_hljs-name"></style> -->
<style class="hljs-template-tag" xsl:use-attribute-sets="hljs-template-tag"/>
<style class="hljs-template-variable" xsl:use-attribute-sets="hljs-template-variable"/>
<style class="hljs-title" xsl:use-attribute-sets="hljs-title"/>
<style class="hljs-title_and_class_" xsl:use-attribute-sets="hljs-title_and_class_"/>
<style class="hljs-title_and_class__and_inherited__" xsl:use-attribute-sets="hljs-title_and_class__and_inherited__"/>
<style class="hljs-title_and_function_" xsl:use-attribute-sets="hljs-title_and_function_"/>
<style class="hljs-type" xsl:use-attribute-sets="hljs-type"/>
<style class="hljs-variable" xsl:use-attribute-sets="hljs-variable"/>
<style class="hljs-variable_and_language_" xsl:use-attribute-sets="hljs-variable_and_language_"/>
</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="syntax_highlight_styles" select="xalan:nodeset($syntax_highlight_styles_)"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="span" mode="syntax_highlight" priority="2">
<!-- <fo:inline color="green" font-style="italic"><xsl:apply-templates mode="syntax_highlight"/></fo:inline> -->
<fo:inline>
<xsl:variable name="classes_">
<xsl:call-template name="split">
<xsl:with-param name="pText" select="@class"/>
<xsl:with-param name="sep" select="' '"/>
</xsl:call-template>
<!-- a few classes together (_and_ suffix) -->
<xsl:if test="contains(@class, 'hljs-char') and contains(@class, 'escape_')">
<item>hljs-char_and_escape_</item>
</xsl:if>
<xsl:if test="contains(@class, 'hljs-title') and contains(@class, 'class_')">
<item>hljs-title_and_class_</item>
</xsl:if>
<xsl:if test="contains(@class, 'hljs-title') and contains(@class, 'class_') and contains(@class, 'inherited__')">
<item>hljs-title_and_class__and_inherited__</item>
</xsl:if>
<xsl:if test="contains(@class, 'hljs-title') and contains(@class, 'function_')">
<item>hljs-title_and_function_</item>
</xsl:if>
<xsl:if test="contains(@class, 'hljs-variable') and contains(@class, 'language_')">
<item>hljs-variable_and_language_</item>
</xsl:if>
<!-- with parent classes (_ suffix) -->
<xsl:if test="contains(@class, 'hljs-keyword') and contains(ancestor::*/@class, 'hljs-meta')">
<item>hljs-meta_hljs-keyword</item>
</xsl:if>
<xsl:if test="contains(@class, 'hljs-string') and contains(ancestor::*/@class, 'hljs-meta')">
<item>hljs-meta_hljs-string</item>
</xsl:if>
</xsl:variable>
<xsl:variable name="classes" select="xalan:nodeset($classes_)"/>
<xsl:for-each select="$classes/item">
<xsl:variable name="class_name" select="."/>
<xsl:for-each select="$syntax_highlight_styles/style[@class = $class_name]/@*[not(local-name() = 'class')]">
<xsl:attribute name="{local-name()}"><xsl:value-of select="."/></xsl:attribute>
</xsl:for-each>
</xsl:for-each>
<!-- <xsl:variable name="class_name">
<xsl:choose>
<xsl:when test="@class = 'hljs-attr' and ancestor::*/@class = 'hljs-tag'">hljs-tag_hljs-attr</xsl:when>
<xsl:when test="@class = 'hljs-name' and ancestor::*/@class = 'hljs-tag'">hljs-tag_hljs-name</xsl:when>
<xsl:when test="@class = 'hljs-string' and ancestor::*/@class = 'hljs-meta'">hljs-meta_hljs-string</xsl:when>
<xsl:otherwise><xsl:value-of select="@class"/></xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:for-each select="$syntax_highlight_styles/style[@class = $class_name]/@*[not(local-name() = 'class')]">
<xsl:attribute name="{local-name()}"><xsl:value-of select="."/></xsl:attribute>
</xsl:for-each> -->
<xsl:apply-templates mode="syntax_highlight"/></fo:inline>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="text()" mode="syntax_highlight" priority="2">
<xsl:call-template name="add_spaces_to_sourcecode"/>
</xsl:template>
<!-- end mode="syntax_highlight" -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'sourcecode']/*[local-name() = 'name']">
<xsl:if test="normalize-space() != ''">
<fo:block xsl:use-attribute-sets="sourcecode-name-style">
<xsl:apply-templates/>
</fo:block>
</xsl:if>
</xsl:template>
<!-- =============== -->
<!-- END sourcecode -->
<!-- =============== -->
<!-- =============== -->
<!-- pre -->
<!-- =============== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='pre']" name="pre">
<fo:block xsl:use-attribute-sets="pre-style">
<xsl:copy-of select="@id"/>
<xsl:choose>
<xsl:when test="ancestor::*[local-name() = 'sourcecode'][@linenums = 'true'] and ancestor::*[local-name()='td'][1][not(preceding-sibling::*)]"> <!-- pre in the first td in the table with @linenums = 'true' -->
<xsl:if test="ancestor::*[local-name() = 'tr'][1]/following-sibling::*[local-name() = 'tr']"> <!-- is current tr isn't last -->
<xsl:attribute name="margin-top">0pt</xsl:attribute>
<xsl:attribute name="margin-bottom">0pt</xsl:attribute>
</xsl:if>
<fo:instream-foreign-object fox:alt-text="{.}" content-width="95%">
<math xmlns="http://www.w3.org/1998/Math/MathML">
<mtext><xsl:value-of select="."/></mtext>
</math>
</fo:instream-foreign-object>
</xsl:when>
<xsl:otherwise>
<xsl:apply-templates/>
</xsl:otherwise>
</xsl:choose>
</fo:block>
</xsl:template>
<!-- =============== -->
<!-- pre -->
<!-- =============== -->
<!-- ========== -->
<!-- permission -->
<!-- ========== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'permission']">
<fo:block id="{@id}" xsl:use-attribute-sets="permission-style">
<xsl:apply-templates select="*[local-name()='name']"/>
<xsl:apply-templates select="node()[not(local-name() = 'name')]"/>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'permission']/*[local-name() = 'name']">
<xsl:if test="normalize-space() != ''">
<fo:block xsl:use-attribute-sets="permission-name-style">
<xsl:apply-templates/>
</fo:block>
</xsl:if>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'permission']/*[local-name() = 'label']">
<fo:block xsl:use-attribute-sets="permission-label-style">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<!-- ========== -->
<!-- ========== -->
<!-- ========== -->
<!-- requirement -->
<!-- ========== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'requirement']">
<fo:block id="{@id}" xsl:use-attribute-sets="requirement-style">
<xsl:apply-templates select="*[local-name()='name']"/>
<xsl:apply-templates select="*[local-name()='label']"/>
<xsl:apply-templates select="@obligation"/>
<xsl:apply-templates select="*[local-name()='subject']"/>
<xsl:apply-templates select="node()[not(local-name() = 'name') and not(local-name() = 'label') and not(local-name() = 'subject')]"/>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'requirement']/*[local-name() = 'name']">
<xsl:if test="normalize-space() != ''">
<fo:block xsl:use-attribute-sets="requirement-name-style">
<xsl:apply-templates/>
</fo:block>
</xsl:if>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'requirement']/*[local-name() = 'label']">
<fo:block xsl:use-attribute-sets="requirement-label-style">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'requirement']/@obligation">
<fo:block>
<fo:inline padding-right="3mm">Obligation</fo:inline><xsl:value-of select="."/>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'requirement']/*[local-name() = 'subject']" priority="2">
<fo:block xsl:use-attribute-sets="subject-style">
<xsl:text>Target Type </xsl:text><xsl:apply-templates/>
</fo:block>
</xsl:template>
<!-- ========== -->
<!-- ========== -->
<!-- ========== -->
<!-- recommendation -->
<!-- ========== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'recommendation']">
<fo:block id="{@id}" xsl:use-attribute-sets="recommendation-style">
<xsl:apply-templates select="*[local-name()='name']"/>
<xsl:apply-templates select="node()[not(local-name() = 'name')]"/>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'recommendation']/*[local-name() = 'name']">
<xsl:if test="normalize-space() != ''">
<fo:block xsl:use-attribute-sets="recommendation-name-style">
<xsl:apply-templates/>
</fo:block>
</xsl:if>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'recommendation']/*[local-name() = 'label']">
<fo:block xsl:use-attribute-sets="recommendation-label-style">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<!-- ========== -->
<!-- END recommendation -->
<!-- ========== -->
<!-- ========== -->
<!-- ========== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'subject']">
<fo:block xsl:use-attribute-sets="subject-style">
<xsl:text>Target Type </xsl:text><xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'div']">
<fo:block><xsl:apply-templates/></fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'inherit'] | *[local-name() = 'component'][@class = 'inherit'] | *[local-name() = 'div'][@type = 'requirement-inherit'] | *[local-name() = 'div'][@type = 'recommendation-inherit'] | *[local-name() = 'div'][@type = 'permission-inherit']">
<fo:block xsl:use-attribute-sets="inherit-style">
<xsl:text>Dependency </xsl:text><xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'description'] | *[local-name() = 'component'][@class = 'description'] | *[local-name() = 'div'][@type = 'requirement-description'] | *[local-name() = 'div'][@type = 'recommendation-description'] | *[local-name() = 'div'][@type = 'permission-description']">
<fo:block xsl:use-attribute-sets="description-style">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'specification'] | *[local-name() = 'component'][@class = 'specification'] | *[local-name() = 'div'][@type = 'requirement-specification'] | *[local-name() = 'div'][@type = 'recommendation-specification'] | *[local-name() = 'div'][@type = 'permission-specification']">
<fo:block xsl:use-attribute-sets="specification-style">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'measurement-target'] | *[local-name() = 'component'][@class = 'measurement-target'] | *[local-name() = 'div'][@type = 'requirement-measurement-target'] | *[local-name() = 'div'][@type = 'recommendation-measurement-target'] | *[local-name() = 'div'][@type = 'permission-measurement-target']">
<fo:block xsl:use-attribute-sets="measurement-target-style">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'verification'] | *[local-name() = 'component'][@class = 'verification'] | *[local-name() = 'div'][@type = 'requirement-verification'] | *[local-name() = 'div'][@type = 'recommendation-verification'] | *[local-name() = 'div'][@type = 'permission-verification']">
<fo:block xsl:use-attribute-sets="verification-style">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'import'] | *[local-name() = 'component'][@class = 'import'] | *[local-name() = 'div'][@type = 'requirement-import'] | *[local-name() = 'div'][@type = 'recommendation-import'] | *[local-name() = 'div'][@type = 'permission-import']">
<fo:block xsl:use-attribute-sets="import-style">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'div'][starts-with(@type, 'requirement-component')] | *[local-name() = 'div'][starts-with(@type, 'recommendation-component')] | *[local-name() = 'div'][starts-with(@type, 'permission-component')]">
<fo:block xsl:use-attribute-sets="component-style">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<!-- ========== -->
<!-- END -->
<!-- ========== -->
<!-- ========== -->
<!-- requirement, recommendation, permission table -->
<!-- ========== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'table'][@class = 'recommendation' or @class='requirement' or @class='permission']">
<fo:block-container margin-left="0mm" margin-right="0mm" margin-bottom="12pt" role="SKIP">
<xsl:if test="ancestor::*[local-name() = 'table'][@class = 'recommendation' or @class='requirement' or @class='permission']">
<xsl:attribute name="margin-bottom">0pt</xsl:attribute>
</xsl:if>
<fo:block-container margin-left="0mm" margin-right="0mm" role="SKIP">
<fo:table id="{@id}" table-layout="fixed" width="100%"> <!-- border="1pt solid black" -->
<xsl:if test="ancestor::*[local-name() = 'table'][@class = 'recommendation' or @class='requirement' or @class='permission']">
<!-- <xsl:attribute name="border">0.5pt solid black</xsl:attribute> -->
</xsl:if>
<xsl:variable name="simple-table">
<xsl:call-template name="getSimpleTable">
<xsl:with-param name="id" select="@id"/>
</xsl:call-template>
</xsl:variable>
<xsl:variable name="cols-count" select="count(xalan:nodeset($simple-table)//tr[1]/td)"/>
<xsl:if test="$cols-count = 2 and not(ancestor::*[local-name()='table'])">
<fo:table-column column-width="30%"/>
<fo:table-column column-width="70%"/>
</xsl:if>
<xsl:apply-templates mode="requirement"/>
</fo:table>
<!-- fn processing -->
<xsl:if test=".//*[local-name() = 'fn']">
<xsl:for-each select="*[local-name() = 'tbody']">
<fo:block font-size="90%" border-bottom="1pt solid black">
<xsl:call-template name="table_fn_display"/>
</fo:block>
</xsl:for-each>
</xsl:if>
</fo:block-container>
</fo:block-container>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='thead']" mode="requirement">
<fo:table-header>
<xsl:apply-templates mode="requirement"/>
</fo:table-header>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='tbody']" mode="requirement">
<fo:table-body>
<xsl:apply-templates mode="requirement"/>
</fo:table-body>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='tr']" mode="requirement">
<fo:table-row height="7mm" border-bottom="0.5pt solid grey">
<xsl:if test="parent::*[local-name()='thead'] or starts-with(*[local-name()='td' or local-name()='th'][1], 'Requirement ') or starts-with(*[local-name()='td' or local-name()='th'][1], 'Recommendation ')">
<xsl:attribute name="font-weight">bold</xsl:attribute>
</xsl:if>
<xsl:apply-templates mode="requirement"/>
</fo:table-row>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='th']" mode="requirement">
<fo:table-cell text-align="{@align}" display-align="center" padding="1mm" padding-left="2mm"> <!-- border="0.5pt solid black" -->
<xsl:call-template name="setTextAlignment">
<xsl:with-param name="default">left</xsl:with-param>
</xsl:call-template>
<xsl:call-template name="setTableCellAttributes"/>
<fo:block role="SKIP">
<xsl:apply-templates/>
</fo:block>
</fo:table-cell>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='td']" mode="requirement">
<fo:table-cell text-align="{@align}" display-align="center" padding="1mm" padding-left="2mm"> <!-- border="0.5pt solid black" -->
<xsl:if test="*[local-name() = 'table'][@class = 'recommendation' or @class='requirement' or @class='permission']">
<xsl:attribute name="padding">0mm</xsl:attribute>
<xsl:attribute name="padding-left">0mm</xsl:attribute>
</xsl:if>
<xsl:call-template name="setTextAlignment">
<xsl:with-param name="default">left</xsl:with-param>
</xsl:call-template>
<xsl:if test="following-sibling::*[local-name()='td'] and not(preceding-sibling::*[local-name()='td'])">
<xsl:attribute name="font-weight">bold</xsl:attribute>
</xsl:if>
<xsl:call-template name="setTableCellAttributes"/>
<fo:block role="SKIP">
<xsl:apply-templates/>
</fo:block>
</fo:table-cell>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'p'][@class='RecommendationTitle' or @class = 'RecommendationTestTitle']" priority="2">
<fo:block font-size="11pt">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'p2'][ancestor::*[local-name() = 'table'][@class = 'recommendation' or @class='requirement' or @class='permission']]">
<fo:block>
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<!-- ========== -->
<!-- END requirement, recommendation, permission table -->
<!-- ========== -->
<!-- ====== -->
<!-- termexample -->
<!-- ====== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'termexample']">
<fo:block id="{@id}" xsl:use-attribute-sets="termexample-style">
<xsl:call-template name="refine_termexample-style"/>
<xsl:call-template name="setBlockSpanAll"/>
<xsl:apply-templates select="*[local-name()='name']"/>
<xsl:apply-templates select="node()[not(local-name() = 'name')]"/>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'termexample']/*[local-name() = 'name']">
<xsl:if test="normalize-space() != ''">
<fo:inline xsl:use-attribute-sets="termexample-name-style">
<xsl:call-template name="refine_termexample-name-style"/>
<xsl:apply-templates/>
</fo:inline>
</xsl:if>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'termexample']/*[local-name() = 'p']">
<xsl:variable name="element">inline
</xsl:variable>
<xsl:choose>
<xsl:when test="contains($element, 'block')">
<fo:block xsl:use-attribute-sets="example-p-style">
<xsl:apply-templates/>
</fo:block>
</xsl:when>
<xsl:otherwise>
<fo:inline><xsl:apply-templates/></fo:inline>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<!-- ====== -->
<!-- ====== -->
<!-- ====== -->
<!-- example -->
<!-- ====== -->
<!-- There are a few cases:
1. EXAMPLE text
2. EXAMPLE
text
3. EXAMPLE text line 1
text line 2
4. EXAMPLE
text line 1
text line 2
-->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'example']">
<fo:block-container id="{@id}" xsl:use-attribute-sets="example-style" role="SKIP">
<xsl:call-template name="setBlockSpanAll"/>
<xsl:call-template name="refine_example-style"/>
<xsl:variable name="fo_element">
<xsl:if test=".//*[local-name() = 'table'] or .//*[local-name() = 'dl'] or *[not(local-name() = 'name')][1][local-name() = 'sourcecode']">block</xsl:if>
<xsl:choose>
<!-- if example contains only one (except 'name') element (paragraph for example), then display it on the same line as EXAMPLE title -->
<xsl:when test="count(*[not(local-name() = 'name')]) = 1">inline</xsl:when>
<xsl:otherwise>block</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<fo:block-container margin-left="0mm" role="SKIP">
<xsl:choose>
<xsl:when test="contains(normalize-space($fo_element), 'block')">
<!-- display name 'EXAMPLE' in a separate block -->
<fo:block>
<xsl:apply-templates select="*[local-name()='name']">
<xsl:with-param name="fo_element" select="$fo_element"/>
</xsl:apply-templates>
</fo:block>
<fo:block-container xsl:use-attribute-sets="example-body-style" role="SKIP">
<fo:block-container margin-left="0mm" margin-right="0mm" role="SKIP">
<xsl:apply-templates select="node()[not(local-name() = 'name')]">
<xsl:with-param name="fo_element" select="$fo_element"/>
</xsl:apply-templates>
</fo:block-container>
</fo:block-container>
</xsl:when> <!-- end block -->
<xsl:when test="contains(normalize-space($fo_element), 'list')">
<xsl:variable name="provisional_distance_between_starts">
7
</xsl:variable>
<xsl:variable name="indent">
0
</xsl:variable>
<fo:list-block provisional-distance-between-starts="{$provisional_distance_between_starts}mm">
<fo:list-item>
<fo:list-item-label start-indent="{$indent}mm" end-indent="label-end()">
<fo:block>
<xsl:apply-templates select="*[local-name()='name']">
<xsl:with-param name="fo_element">block</xsl:with-param>
</xsl:apply-templates>
</fo:block>
</fo:list-item-label>
<fo:list-item-body start-indent="body-start()">
<fo:block>
<xsl:apply-templates select="node()[not(local-name() = 'name')]">
<xsl:with-param name="fo_element" select="$fo_element"/>
</xsl:apply-templates>
</fo:block>
</fo:list-item-body>
</fo:list-item>
</fo:list-block>
</xsl:when> <!-- end list -->
<xsl:otherwise> <!-- inline -->
<!-- display 'EXAMPLE' and first element in the same line -->
<fo:block>
<xsl:apply-templates select="*[local-name()='name']">
<xsl:with-param name="fo_element" select="$fo_element"/>
</xsl:apply-templates>
<fo:inline>
<xsl:apply-templates select="*[not(local-name() = 'name')][1]">
<xsl:with-param name="fo_element" select="$fo_element"/>
</xsl:apply-templates>
</fo:inline>
</fo:block>
<xsl:if test="*[not(local-name() = 'name')][position() > 1]">
<!-- display further elements in blocks -->
<fo:block-container xsl:use-attribute-sets="example-body-style" role="SKIP">
<fo:block-container margin-left="0mm" margin-right="0mm" role="SKIP">
<xsl:apply-templates select="*[not(local-name() = 'name')][position() > 1]">
<xsl:with-param name="fo_element" select="'block'"/>
</xsl:apply-templates>
</fo:block-container>
</fo:block-container>
</xsl:if>
</xsl:otherwise> <!-- end inline -->
</xsl:choose>
</fo:block-container>
</fo:block-container>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'example']/*[local-name() = 'name']">
<xsl:param name="fo_element">block</xsl:param>
<xsl:choose>
<xsl:when test="ancestor::*[local-name() = 'appendix']">
<fo:inline>
<xsl:apply-templates/>
</fo:inline>
</xsl:when>
<xsl:when test="contains(normalize-space($fo_element), 'block')">
<fo:block xsl:use-attribute-sets="example-name-style">
<xsl:apply-templates/>
</fo:block>
</xsl:when>
<xsl:otherwise>
<fo:inline xsl:use-attribute-sets="example-name-style">
<xsl:call-template name="refine_example-name-style"/>
<xsl:apply-templates/>
</fo:inline>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'table']/*[local-name() = 'example']/*[local-name() = 'name']">
<fo:inline xsl:use-attribute-sets="example-name-style">
<xsl:apply-templates/>
</fo:inline>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'example']/*[local-name() = 'p']">
<xsl:param name="fo_element">block</xsl:param>
<xsl:variable name="num"><xsl:number/></xsl:variable>
<xsl:variable name="element">
<xsl:value-of select="$fo_element"/>
</xsl:variable>
<xsl:choose>
<xsl:when test="starts-with(normalize-space($element), 'block')">
<fo:block-container role="SKIP">
<xsl:if test="ancestor::*[local-name() = 'li'] and contains(normalize-space($fo_element), 'block')">
<xsl:attribute name="margin-left">0mm</xsl:attribute>
<xsl:attribute name="margin-right">0mm</xsl:attribute>
</xsl:if>
<fo:block xsl:use-attribute-sets="example-p-style">
<xsl:call-template name="refine_example-p-style"/>
<xsl:apply-templates/>
</fo:block>
</fo:block-container>
</xsl:when>
<xsl:when test="starts-with(normalize-space($element), 'list')">
<fo:block xsl:use-attribute-sets="example-p-style">
<xsl:apply-templates/>
</fo:block>
</xsl:when>
<xsl:otherwise>
<fo:inline xsl:use-attribute-sets="example-p-style">
<xsl:apply-templates/>
</fo:inline>
</xsl:otherwise>
</xsl:choose>
</xsl:template> <!-- example/p -->
<!-- ====== -->
<!-- ====== -->
<!-- ====== -->
<!-- termsource -->
<!-- origin -->
<!-- modification -->
<!-- ====== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'termsource']" name="termsource">
<fo:block xsl:use-attribute-sets="termsource-style">
<xsl:call-template name="refine_termsource-style"/>
<!-- Example: [SOURCE: ISO 5127:2017, 3.1.6.02] -->
<xsl:variable name="termsource_text">
<xsl:apply-templates/>
</xsl:variable>
<xsl:copy-of select="$termsource_text"/>
<!-- <xsl:choose>
<xsl:when test="starts-with(normalize-space($termsource_text), '[')">
<xsl:copy-of select="$termsource_text"/>
</xsl:when>
<xsl:otherwise>
<xsl:if test="$namespace = 'bsi'">
<xsl:choose>
<xsl:when test="$document_type = 'PAS' and starts-with(*[local-name() = 'origin']/@citeas, '[')"><xsl:text>{</xsl:text></xsl:when>
<xsl:otherwise><xsl:text>[</xsl:text></xsl:otherwise>
</xsl:choose>
</xsl:if>
<xsl:if test="$namespace = 'gb' or $namespace = 'iso' or $namespace = 'iec' or $namespace = 'itu' or $namespace = 'unece' or $namespace = 'unece-rec' or $namespace = 'nist-cswp' or $namespace = 'nist-sp' or $namespace = 'ogc-white-paper' or $namespace = 'csa' or $namespace = 'csd' or $namespace = 'm3d' or $namespace = 'iho' or $namespace = 'bipm' or $namespace = 'jcgm'">
<xsl:text>[</xsl:text>
</xsl:if>
<xsl:copy-of select="$termsource_text"/>
<xsl:if test="$namespace = 'bsi'">
<xsl:choose>
<xsl:when test="$document_type = 'PAS' and starts-with(*[local-name() = 'origin']/@citeas, '[')"><xsl:text>}</xsl:text></xsl:when>
<xsl:otherwise><xsl:text>]</xsl:text></xsl:otherwise>
</xsl:choose>
</xsl:if>
<xsl:if test="$namespace = 'gb' or $namespace = 'iso' or $namespace = 'iec' or $namespace = 'itu' or $namespace = 'unece' or $namespace = 'unece-rec' or $namespace = 'nist-cswp' or $namespace = 'nist-sp' or $namespace = 'ogc-white-paper' or $namespace = 'csa' or $namespace = 'csd' or $namespace = 'm3d' or $namespace = 'iho' or $namespace = 'bipm' or $namespace = 'jcgm'">
<xsl:text>]</xsl:text>
</xsl:if>
</xsl:otherwise>
</xsl:choose> -->
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'termsource']/text()[starts-with(., '[SOURCE: Adapted from: ') or starts-with(., '[SOURCE: Quoted from: ') or starts-with(., '[SOURCE: Modified from: ')]" priority="2">
<xsl:text>[</xsl:text><xsl:value-of select="substring-after(., '[SOURCE: ')"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'termsource']/text()">
<xsl:if test="normalize-space() != ''">
<xsl:value-of select="."/>
</xsl:if>
</xsl:template>
<!-- text SOURCE: -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'termsource']/*[local-name() = 'strong'][1][following-sibling::*[1][local-name() = 'origin']]/text()">
<fo:inline xsl:use-attribute-sets="termsource-text-style">
<xsl:value-of select="."/>
</fo:inline>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'origin']">
<xsl:call-template name="insert_basic_link">
<xsl:with-param name="element">
<fo:basic-link internal-destination="{@bibitemid}" fox:alt-text="{@citeas}">
<xsl:if test="normalize-space(@citeas) = ''">
<xsl:attribute name="fox:alt-text"><xsl:value-of select="@bibitemid"/></xsl:attribute>
</xsl:if>
<fo:inline xsl:use-attribute-sets="origin-style">
<xsl:apply-templates/>
</fo:inline>
</fo:basic-link>
</xsl:with-param>
</xsl:call-template>
</xsl:template>
<!-- not using, see https://github.com/glossarist/iev-document/issues/23 -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'modification']">
<xsl:variable name="title-modified">
<xsl:call-template name="getLocalizedString">
<xsl:with-param name="key">modified</xsl:with-param>
</xsl:call-template>
</xsl:variable>
<xsl:variable name="text"><xsl:apply-templates/></xsl:variable>
<xsl:choose>
<xsl:when test="$lang = 'zh'"><xsl:text>、</xsl:text><xsl:value-of select="$title-modified"/><xsl:if test="normalize-space($text) != ''"><xsl:text>—</xsl:text></xsl:if></xsl:when>
<xsl:otherwise><xsl:text>, </xsl:text><xsl:value-of select="$title-modified"/><xsl:if test="normalize-space($text) != ''"><xsl:text> — </xsl:text></xsl:if></xsl:otherwise>
</xsl:choose>
<xsl:apply-templates/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'modification']/*[local-name() = 'p']">
<fo:inline><xsl:apply-templates/></fo:inline>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'modification']/text()">
<xsl:if test="normalize-space() != ''">
<!-- <xsl:value-of select="."/> -->
<xsl:call-template name="text"/>
</xsl:if>
</xsl:template>
<!-- ====== -->
<!-- ====== -->
<!-- ====== -->
<!-- qoute -->
<!-- source -->
<!-- author -->
<!-- ====== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'quote']">
<fo:block-container margin-left="0mm" role="SKIP">
<xsl:call-template name="setBlockSpanAll"/>
<xsl:if test="parent::*[local-name() = 'note']">
<xsl:if test="not(ancestor::*[local-name() = 'table'])">
<xsl:attribute name="margin-left">5mm</xsl:attribute>
</xsl:if>
</xsl:if>
<fo:block-container margin-left="0mm" role="SKIP">
<fo:block-container xsl:use-attribute-sets="quote-style" role="SKIP">
<xsl:call-template name="refine_quote-style"/>
<fo:block-container margin-left="0mm" margin-right="0mm" role="SKIP">
<fo:block role="BlockQuote">
<xsl:apply-templates select="./node()[not(local-name() = 'author') and not(local-name() = 'source')]"/> <!-- process all nested nodes, except author and source -->
</fo:block>
</fo:block-container>
</fo:block-container>
<xsl:if test="*[local-name() = 'author'] or *[local-name() = 'source']">
<fo:block xsl:use-attribute-sets="quote-source-style">
<!-- — ISO, ISO 7301:2011, Clause 1 -->
<xsl:apply-templates select="*[local-name() = 'author']"/>
<xsl:apply-templates select="*[local-name() = 'source']"/>
</fo:block>
</xsl:if>
</fo:block-container>
</fo:block-container>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'source']">
<xsl:if test="../*[local-name() = 'author']">
<xsl:text>, </xsl:text>
</xsl:if>
<xsl:call-template name="insert_basic_link">
<xsl:with-param name="element">
<fo:basic-link internal-destination="{@bibitemid}" fox:alt-text="{@citeas}">
<xsl:apply-templates/>
</fo:basic-link>
</xsl:with-param>
</xsl:call-template>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'author']">
<xsl:text>— </xsl:text>
<xsl:apply-templates/>
</xsl:template>
<!-- ====== -->
<!-- ====== -->
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="bibitems_">
<xsl:for-each select="//*[local-name() = 'bibitem']">
<xsl:copy-of select="."/>
</xsl:for-each>
</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="bibitems" select="xalan:nodeset($bibitems_)"/>
<!-- get all hidden bibitems to exclude them from eref/origin processing -->
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="bibitems_hidden_">
<xsl:for-each select="//*[local-name() = 'bibitem'][@hidden='true']">
<xsl:copy-of select="."/>
</xsl:for-each>
<xsl:for-each select="//*[local-name() = 'references'][@hidden='true']//*[local-name() = 'bibitem']">
<xsl:copy-of select="."/>
</xsl:for-each>
</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="bibitems_hidden" select="xalan:nodeset($bibitems_hidden_)"/>
<!-- ====== -->
<!-- eref -->
<!-- ====== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'eref']" name="eref">
<xsl:variable name="current_bibitemid" select="@bibitemid"/>
<!-- <xsl:variable name="external-destination" select="normalize-space(key('bibitems', $current_bibitemid)/*[local-name() = 'uri'][@type = 'citation'])"/> -->
<xsl:variable name="external-destination" select="normalize-space($bibitems/*[local-name() ='bibitem'][@id = $current_bibitemid]/*[local-name() = 'uri'][@type = 'citation'])"/>
<xsl:choose>
<!-- <xsl:when test="$external-destination != '' or not(key('bibitems_hidden', $current_bibitemid))"> --> <!-- if in the bibliography there is the item with @bibitemid (and not hidden), then create link (internal to the bibitem or external) -->
<xsl:when test="$external-destination != '' or not($bibitems_hidden/*[local-name() ='bibitem'][@id = $current_bibitemid])"> <!-- if in the bibliography there is the item with @bibitemid (and not hidden), then create link (internal to the bibitem or external) -->
<fo:inline xsl:use-attribute-sets="eref-style">
<xsl:if test="@type = 'footnote'">
<xsl:attribute name="keep-together.within-line">always</xsl:attribute>
<xsl:attribute name="keep-with-previous.within-line">always</xsl:attribute>
<xsl:attribute name="vertical-align">super</xsl:attribute>
<xsl:attribute name="font-size">80%</xsl:attribute>
</xsl:if>
<xsl:call-template name="refine_eref-style"/>
<xsl:call-template name="insert_basic_link">
<xsl:with-param name="element">
<fo:basic-link fox:alt-text="{@citeas}">
<xsl:if test="normalize-space(@citeas) = ''">
<xsl:attribute name="fox:alt-text"><xsl:value-of select="."/></xsl:attribute>
</xsl:if>
<xsl:if test="@type = 'inline'">
<xsl:call-template name="refine_basic_link_style"/>
</xsl:if>
<xsl:choose>
<xsl:when test="$external-destination != ''"> <!-- external hyperlink -->
<xsl:attribute name="external-destination"><xsl:value-of select="$external-destination"/></xsl:attribute>
</xsl:when>
<xsl:otherwise>
<xsl:attribute name="internal-destination"><xsl:value-of select="@bibitemid"/></xsl:attribute>
</xsl:otherwise>
</xsl:choose>
<xsl:apply-templates/>
</fo:basic-link>
</xsl:with-param>
</xsl:call-template>
</fo:inline>
</xsl:when>
<xsl:otherwise> <!-- if there is key('bibitems_hidden', $current_bibitemid) -->
<!-- if in bibitem[@hidden='true'] there is url[@type='src'], then create hyperlink -->
<xsl:variable name="uri_src" select="normalize-space($bibitems_hidden/*[local-name() ='bibitem'][@id = $current_bibitemid]/*[local-name() = 'uri'][@type = 'src'])"/>
<xsl:choose>
<xsl:when test="$uri_src != ''">
<fo:basic-link external-destination="{$uri_src}" fox:alt-text="{$uri_src}"><xsl:apply-templates/></fo:basic-link>
</xsl:when>
<xsl:otherwise><fo:inline><xsl:apply-templates/></fo:inline></xsl:otherwise>
</xsl:choose>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_basic_link_style">
</xsl:template> <!-- refine_basic_link_style -->
<!-- ====== -->
<!-- END eref -->
<!-- ====== -->
<!-- Tabulation processing -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'tab']">
<!-- zero-space char -->
<xsl:variable name="depth">
<xsl:call-template name="getLevel">
<xsl:with-param name="depth" select="../@depth"/>
</xsl:call-template>
</xsl:variable>
<xsl:variable name="padding">
<xsl:choose>
<xsl:when test="parent::iec:appendix">5</xsl:when>
<xsl:when test="$depth = 2 and ancestor::iec:annex">6</xsl:when>
<xsl:when test="$depth = 2">7</xsl:when>
<xsl:otherwise>5</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:variable name="padding-right">
<xsl:choose>
<xsl:when test="normalize-space($padding) = ''">0</xsl:when>
<xsl:otherwise>
<xsl:value-of select="normalize-space($padding)"/>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:choose>
<xsl:when test="$lang = 'zh'">
<fo:inline role="SKIP"><xsl:value-of select="$tab_zh"/></fo:inline>
</xsl:when>
<xsl:when test="../../@inline-header = 'true'">
<fo:inline font-size="90%" role="SKIP">
<xsl:call-template name="insertNonBreakSpaces">
<xsl:with-param name="count" select="$padding-right"/>
</xsl:call-template>
</fo:inline>
</xsl:when>
<xsl:otherwise>
<xsl:variable name="direction"><xsl:if test="$lang = 'ar'"><xsl:value-of select="$RLM"/></xsl:if></xsl:variable>
<fo:inline padding-right="{$padding-right}mm" role="SKIP"><xsl:value-of select="$direction"/></fo:inline>
</xsl:otherwise>
</xsl:choose>
</xsl:template> <!-- tab -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="insertNonBreakSpaces">
<xsl:param name="count"/>
<xsl:if test="$count > 0">
<xsl:text> </xsl:text>
<xsl:call-template name="insertNonBreakSpaces">
<xsl:with-param name="count" select="$count - 1"/>
</xsl:call-template>
</xsl:if>
</xsl:template>
<!-- Preferred, admitted, deprecated -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'preferred']">
<xsl:variable name="level">
<xsl:call-template name="getLevel"/>
</xsl:variable>
<xsl:variable name="font-size">
inherit
</xsl:variable>
<xsl:variable name="levelTerm">
<xsl:call-template name="getLevelTermName"/>
</xsl:variable>
<fo:block font-size="{normalize-space($font-size)}" role="H{$levelTerm}" xsl:use-attribute-sets="preferred-block-style">
<xsl:if test="preceding-sibling::*[1][self::iec:preferred]">
<xsl:attribute name="space-before">1pt</xsl:attribute>
</xsl:if>
<xsl:if test="parent::*[local-name() = 'term'] and not(preceding-sibling::*[local-name() = 'preferred'])"> <!-- if first preffered in term, then display term's name -->
<fo:block xsl:use-attribute-sets="term-name-style" role="SKIP">
<xsl:apply-templates select="ancestor::*[local-name() = 'term'][1]/*[local-name() = 'name']"/>
</fo:block>
</xsl:if>
<fo:block xsl:use-attribute-sets="preferred-term-style" role="SKIP">
<xsl:call-template name="setStyle_preferred"/>
<xsl:apply-templates/>
</fo:block>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'domain']">
<fo:inline xsl:use-attribute-sets="domain-style"><<xsl:apply-templates/>></fo:inline>
<xsl:text> </xsl:text>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'admitted']">
<fo:block xsl:use-attribute-sets="admitted-style">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'deprecates']">
<fo:block xsl:use-attribute-sets="deprecates-style">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="setStyle_preferred">
<xsl:if test="*[local-name() = 'strong']">
<xsl:attribute name="font-weight">normal</xsl:attribute>
</xsl:if>
</xsl:template>
<!-- regarding ISO 10241-1:2011, If there is more than one preferred term, each preferred term follows the previous one on a new line. -->
<!-- in metanorma xml preferred terms delimited by semicolons -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'preferred']/text()[contains(., ';')] | *[local-name() = 'preferred']/*[local-name() = 'strong']/text()[contains(., ';')]">
<xsl:value-of select="java:replaceAll(java:java.lang.String.new(.), ';', $linebreak)"/>
</xsl:template>
<!-- End Preferred, admitted, deprecated -->
<!-- ========== -->
<!-- definition -->
<!-- ========== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'definition']">
<fo:block xsl:use-attribute-sets="definition-style" role="SKIP">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'definition'][preceding-sibling::*[local-name() = 'domain']]">
<xsl:apply-templates/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'definition'][preceding-sibling::*[local-name() = 'domain']]/*[local-name() = 'p'][1]">
<fo:inline> <xsl:apply-templates/></fo:inline>
<fo:block/>
</xsl:template>
<!-- ========== -->
<!-- END definition -->
<!-- ========== -->
<!-- main sections -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="/*/*[local-name() = 'sections']/*" name="sections_node" priority="2">
<fo:block>
<xsl:call-template name="setId"/>
<xsl:call-template name="sections_element_style"/>
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<!-- note: @top-level added in mode=" update_xml_step_move_pagebreak" -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'sections']/*[local-name() = 'page_sequence']/*[not(@top-level)]" priority="2">
<xsl:call-template name="sections_node"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="sections_element_style">
</xsl:template> <!-- sections_element_style -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="//*[contains(local-name(), '-standard')]/*[local-name() = 'preface']/*" priority="2" name="preface_node"> <!-- /*/*[local-name() = 'preface']/* -->
<fo:block break-after="page"/>
<fo:block>
<xsl:call-template name="setId"/>
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'preface']/*[local-name() = 'page_sequence']/*" priority="2"> <!-- /*/*[local-name() = 'preface']/* -->
<xsl:call-template name="preface_node"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'clause'][normalize-space() != '' or *[local-name() = 'figure'] or @id]" name="template_clause"> <!-- if clause isn't empty -->
<fo:block>
<xsl:if test="parent::*[local-name() = 'copyright-statement']">
<xsl:attribute name="role">SKIP</xsl:attribute>
</xsl:if>
<xsl:call-template name="setId"/>
<xsl:call-template name="setBlockSpanAll"/>
<xsl:call-template name="refine_clause_style"/>
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_clause_style">
</xsl:template> <!-- refine_clause_style -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'definitions']">
<fo:block id="{@id}">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'annex'][normalize-space() != '']">
<xsl:choose>
<xsl:when test="@continue = 'true'"> <!-- it's using for figure/table on top level for block span -->
<fo:block>
<xsl:apply-templates/>
</fo:block>
</xsl:when>
<xsl:otherwise>
<fo:block break-after="page"/>
<fo:block id="{@id}">
<xsl:call-template name="setBlockSpanAll"/>
<xsl:call-template name="refine_annex_style"/>
</fo:block>
<xsl:apply-templates select="*[local-name() = 'title'][@columns = 1]"/>
<fo:block>
<xsl:apply-templates select="node()[not(local-name() = 'title' and @columns = 1)]"/>
</fo:block>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_annex_style">
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'review']"> <!-- 'review' will be processed in mn2pdf/review.xsl -->
<!-- comment 2019-11-29 -->
<!-- <fo:block font-weight="bold">Review:</fo:block>
<xsl:apply-templates /> -->
<xsl:variable name="id_from" select="normalize-space(current()/@from)"/>
<xsl:choose>
<!-- if there isn't the attribute '@from', then -->
<xsl:when test="$id_from = ''">
<fo:block id="{@id}" font-size="1pt"><xsl:value-of select="$hair_space"/></fo:block>
</xsl:when>
<!-- if there isn't element with id 'from', then create 'bookmark' here -->
<xsl:when test="ancestor::*[contains(local-name(), '-standard')] and not(ancestor::*[contains(local-name(), '-standard')]//*[@id = $id_from])">
<fo:block id="{@from}" font-size="1pt"><xsl:value-of select="$hair_space"/></fo:block>
</xsl:when>
<xsl:when test="not(/*[@id = $id_from]) and not(/*//*[@id = $id_from]) and not(preceding-sibling::*[@id = $id_from])">
<fo:block id="{@from}" font-size="1pt"><xsl:value-of select="$hair_space"/></fo:block>
</xsl:when>
</xsl:choose>
</xsl:template>
<!-- https://github.com/metanorma/mn-samples-bsi/issues/312 -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'review'][@type = 'other']"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'name']/text()">
<!-- 0xA0 to space replacement -->
<xsl:value-of select="java:replaceAll(java:java.lang.String.new(.),' ',' ')"/>
</xsl:template>
<!-- ===================================== -->
<!-- Lists processing -->
<!-- ===================================== -->
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="ul_labels_">
<label level="1" font-size="10pt">•</label>
<label level="2" font-size="10pt">—</label><!-- em dash -->
<label level="3" font-size="75%">o</label> <!-- white circle -->
</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="ul_labels" select="xalan:nodeset($ul_labels_)"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="setULLabel">
<xsl:variable name="list_level__">
<xsl:value-of select="count(ancestor::*[local-name() = 'ul']) + count(ancestor::*[local-name() = 'ol'])"/>
</xsl:variable>
<xsl:variable name="list_level_" select="number($list_level__)"/>
<xsl:variable name="list_level">
<xsl:choose>
<xsl:when test="$list_level_ <= 3"><xsl:value-of select="$list_level_"/></xsl:when>
<xsl:otherwise><xsl:value-of select="$list_level_ mod 3"/></xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:choose>
<xsl:when test="$ul_labels/label[not(@level)]"> <!-- one label for all levels -->
<xsl:apply-templates select="$ul_labels/label[not(@level)]" mode="ul_labels"/>
</xsl:when>
<xsl:when test="$list_level mod 3 = 0">
<xsl:apply-templates select="$ul_labels/label[@level = 3]" mode="ul_labels"/>
</xsl:when>
<xsl:when test="$list_level mod 2 = 0">
<xsl:apply-templates select="$ul_labels/label[@level = 2]" mode="ul_labels"/>
</xsl:when>
<xsl:otherwise>
<xsl:apply-templates select="$ul_labels/label[@level = 1]" mode="ul_labels"/>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="label" mode="ul_labels">
<xsl:copy-of select="@*[not(local-name() = 'level')]"/>
<xsl:value-of select="."/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="getListItemFormat">
<!-- Example: for BSI <?list-type loweralpha?> -->
<xsl:variable name="processing_instruction_type" select="normalize-space(../preceding-sibling::*[1]/processing-instruction('list-type'))"/>
<xsl:choose>
<xsl:when test="local-name(..) = 'ul'">
<xsl:choose>
<xsl:when test="normalize-space($processing_instruction_type) = 'simple'"/>
<xsl:otherwise><xsl:call-template name="setULLabel"/></xsl:otherwise>
</xsl:choose>
</xsl:when>
<xsl:when test="local-name(..) = 'ol' and @label"> <!-- for ordered lists 'ol', and if there is @label, for instance label="1.1.2" -->
<xsl:variable name="label">
<xsl:variable name="type" select="../@type"/>
<xsl:variable name="style_prefix_">
<xsl:if test="$type = 'roman'">
<!-- Example: (i) -->
</xsl:if>
</xsl:variable>
<xsl:variable name="style_prefix" select="normalize-space($style_prefix_)"/>
<xsl:variable name="style_suffix_">
<xsl:choose>
<xsl:when test="$type = 'arabic'">
)
</xsl:when>
<xsl:when test="$type = 'alphabet' or $type = 'alphabetic'">
)
</xsl:when>
<xsl:when test="$type = 'alphabet_upper' or $type = 'alphabetic_upper'">
.
</xsl:when>
<xsl:when test="$type = 'roman'">
)
</xsl:when>
<xsl:when test="$type = 'roman_upper'">.</xsl:when> <!-- Example: I. -->
</xsl:choose>
</xsl:variable>
<xsl:variable name="style_suffix" select="normalize-space($style_suffix_)"/>
<xsl:if test="$style_prefix != '' and not(starts-with(@label, $style_prefix))">
<xsl:value-of select="$style_prefix"/>
</xsl:if>
<xsl:value-of select="@label"/>
<xsl:if test="not(java:endsWith(java:java.lang.String.new(@label),$style_suffix))">
<xsl:value-of select="$style_suffix"/>
</xsl:if>
</xsl:variable>
<xsl:value-of select="normalize-space($label)"/>
</xsl:when>
<xsl:otherwise> <!-- for ordered lists 'ol' -->
<!-- Example: for BSI <?list-start 2?> -->
<xsl:variable name="processing_instruction_start" select="normalize-space(../preceding-sibling::*[1]/processing-instruction('list-start'))"/>
<xsl:variable name="start_value">
<xsl:choose>
<xsl:when test="normalize-space($processing_instruction_start) != ''">
<xsl:value-of select="number($processing_instruction_start) - 1"/><!-- if start="3" then start_value=2 + xsl:number(1) = 3 -->
</xsl:when>
<xsl:when test="normalize-space(../@start) != ''">
<xsl:value-of select="number(../@start) - 1"/><!-- if start="3" then start_value=2 + xsl:number(1) = 3 -->
</xsl:when>
<xsl:otherwise>0</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:variable name="curr_value"><xsl:number/></xsl:variable>
<xsl:variable name="type">
<xsl:choose>
<xsl:when test="normalize-space($processing_instruction_type) != ''"><xsl:value-of select="$processing_instruction_type"/></xsl:when>
<xsl:when test="normalize-space(../@type) != ''"><xsl:value-of select="../@type"/></xsl:when>
<xsl:otherwise> <!-- if no @type or @class = 'steps' -->
<xsl:variable name="list_level_" select="count(ancestor::*[local-name() = 'ul']) + count(ancestor::*[local-name() = 'ol'])"/>
<xsl:variable name="list_level">
<xsl:choose>
<xsl:when test="$list_level_ <= 5"><xsl:value-of select="$list_level_"/></xsl:when>
<xsl:otherwise><xsl:value-of select="$list_level_ mod 5"/></xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:choose>
<xsl:when test="$list_level mod 5 = 0">roman_upper</xsl:when> <!-- level 5 -->
<xsl:when test="$list_level mod 4 = 0">alphabet_upper</xsl:when> <!-- level 4 -->
<xsl:when test="$list_level mod 3 = 0">roman</xsl:when> <!-- level 3 -->
<xsl:when test="$list_level mod 2 = 0 and ancestor::*/@class = 'steps'">alphabet</xsl:when> <!-- level 2 and @class = 'steps'-->
<xsl:when test="$list_level mod 2 = 0">arabic</xsl:when> <!-- level 2 -->
<xsl:otherwise> <!-- level 1 -->
<xsl:choose>
<xsl:when test="ancestor::*/@class = 'steps'">arabic</xsl:when>
<xsl:otherwise>alphabet</xsl:otherwise>
</xsl:choose>
</xsl:otherwise>
</xsl:choose>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:variable name="format">
<xsl:choose>
<xsl:when test="$type = 'arabic'">
1)
</xsl:when>
<xsl:when test="$type = 'alphabet' or $type = 'alphabetic'">
a)
</xsl:when>
<xsl:when test="$type = 'alphabet_upper' or $type = 'alphabetic_upper'">
A.
</xsl:when>
<xsl:when test="$type = 'roman'">
i)
</xsl:when>
<xsl:when test="$type = 'roman_upper'">I.</xsl:when>
<xsl:otherwise>1.</xsl:otherwise> <!-- for any case, if $type has non-determined value, not using -->
</xsl:choose>
</xsl:variable>
<xsl:number value="$start_value + $curr_value" format="{normalize-space($format)}" lang="en"/>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'ul'] | *[local-name() = 'ol']">
<xsl:param name="indent">0</xsl:param>
<xsl:choose>
<xsl:when test="parent::*[local-name() = 'note'] or parent::*[local-name() = 'termnote']">
<fo:block-container role="SKIP">
<xsl:attribute name="margin-left">
<xsl:choose>
<xsl:when test="not(ancestor::*[local-name() = 'table'])"><xsl:value-of select="$note-body-indent"/></xsl:when>
<xsl:otherwise><xsl:value-of select="$note-body-indent-table"/></xsl:otherwise>
</xsl:choose>
</xsl:attribute>
<xsl:call-template name="refine_list_container_style"/>
<fo:block-container margin-left="0mm" role="SKIP">
<fo:block>
<xsl:apply-templates select="." mode="list">
<xsl:with-param name="indent" select="$indent"/>
</xsl:apply-templates>
</fo:block>
</fo:block-container>
</fo:block-container>
</xsl:when>
<xsl:otherwise>
<fo:block role="SKIP">
<xsl:apply-templates select="." mode="list">
<xsl:with-param name="indent" select="$indent"/>
</xsl:apply-templates>
</fo:block>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_list_container_style">
</xsl:template> <!-- refine_list_container_style -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='ul'] | *[local-name()='ol']" mode="list" name="list">
<xsl:apply-templates select="*[local-name() = 'name']">
<xsl:with-param name="process">true</xsl:with-param>
</xsl:apply-templates>
<fo:list-block xsl:use-attribute-sets="list-style">
<xsl:variable name="provisional_distance_between_starts_">
<attributes xsl:use-attribute-sets="list-style">
<xsl:call-template name="refine_list-style_provisional-distance-between-starts"/>
</attributes>
</xsl:variable>
<xsl:variable name="provisional_distance_between_starts" select="normalize-space(xalan:nodeset($provisional_distance_between_starts_)/attributes/@provisional-distance-between-starts)"/>
<xsl:if test="$provisional_distance_between_starts != ''">
<xsl:attribute name="provisional-distance-between-starts"><xsl:value-of select="$provisional_distance_between_starts"/></xsl:attribute>
</xsl:if>
<xsl:variable name="provisional_distance_between_starts_value" select="substring-before($provisional_distance_between_starts, 'mm')"/>
<!-- increase provisional-distance-between-starts for long lists -->
<xsl:if test="local-name() = 'ol'">
<!-- Examples: xiii), xviii), xxviii) -->
<xsl:variable name="item_numbers">
<xsl:for-each select="*[local-name() = 'li']">
<item><xsl:call-template name="getListItemFormat"/></item>
</xsl:for-each>
</xsl:variable>
<xsl:variable name="max_length">
<xsl:for-each select="xalan:nodeset($item_numbers)/item">
<xsl:sort select="string-length(.)" data-type="number" order="descending"/>
<xsl:if test="position() = 1"><xsl:value-of select="string-length(.)"/></xsl:if>
</xsl:for-each>
</xsl:variable>
<!-- base width (provisional-distance-between-starts) for 4 chars -->
<xsl:variable name="addon" select="$max_length - 4"/>
<xsl:if test="$addon > 0">
<xsl:attribute name="provisional-distance-between-starts"><xsl:value-of select="$provisional_distance_between_starts_value + $addon * 2"/>mm</xsl:attribute>
</xsl:if>
<!-- DEBUG -->
<!-- <xsl:copy-of select="$item_numbers"/>
<max_length><xsl:value-of select="$max_length"/></max_length>
<addon><xsl:value-of select="$addon"/></addon> -->
</xsl:if>
<xsl:call-template name="refine_list-style"/>
<xsl:if test="*[local-name() = 'name']">
<xsl:attribute name="margin-top">0pt</xsl:attribute>
</xsl:if>
<xsl:apply-templates select="node()[not(local-name() = 'note')]"/>
</fo:list-block>
<!-- <xsl:for-each select="./iho:note">
<xsl:call-template name="note"/>
</xsl:for-each> -->
<xsl:apply-templates select="./*[local-name() = 'note']"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="refine_list-style_provisional-distance-between-starts">
<xsl:if test="ancestor::iec:legal-statement or ancestor::iec:clause[@type = 'boilerplate_legal']">
<xsl:attribute name="provisional-distance-between-starts">5mm</xsl:attribute>
</xsl:if>
</xsl:template> <!-- refine_list-style_provisional-distance-between-starts -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'ol' or local-name() = 'ul']/*[local-name() = 'name']">
<xsl:param name="process">false</xsl:param>
<xsl:if test="$process = 'true'">
<fo:block xsl:use-attribute-sets="list-name-style">
<xsl:apply-templates/>
</fo:block>
</xsl:if>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name()='li']">
<xsl:param name="indent">0</xsl:param>
<!-- <fo:list-item xsl:use-attribute-sets="list-item-style">
<fo:list-item-label end-indent="label-end()"><fo:block>x</fo:block></fo:list-item-label>
<fo:list-item-body start-indent="body-start()" xsl:use-attribute-sets="list-item-body-style">
<fo:block>debug li indent=<xsl:value-of select="$indent"/></fo:block>
</fo:list-item-body>
</fo:list-item> -->
<fo:list-item xsl:use-attribute-sets="list-item-style">
<xsl:copy-of select="@id"/>
<xsl:call-template name="refine_list-item-style"/>
<fo:list-item-label end-indent="label-end()">
<fo:block xsl:use-attribute-sets="list-item-label-style" role="SKIP">
<xsl:call-template name="refine_list-item-label-style"/>
<!-- if 'p' contains all text in 'add' first and last elements in first p are 'add' -->
<xsl:if test="*[1][count(node()[normalize-space() != '']) = 1 and *[local-name() = 'add']]">
<xsl:call-template name="append_add-style"/>
</xsl:if>
<xsl:call-template name="getListItemFormat"/>
</fo:block>
</fo:list-item-label>
<fo:list-item-body start-indent="body-start()" xsl:use-attribute-sets="list-item-body-style">
<fo:block role="SKIP">
<xsl:call-template name="refine_list-item-body-style"/>
<xsl:apply-templates>
<xsl:with-param name="indent" select="$indent"/>
</xsl:apply-templates>
<!-- <xsl:apply-templates select="node()[not(local-name() = 'note')]" />
<xsl:for-each select="./bsi:note">
<xsl:call-template name="note"/>
</xsl:for-each> -->
</fo:block>
</fo:list-item-body>
</fo:list-item>
</xsl:template>
<!-- ===================================== -->
<!-- END Lists processing -->
<!-- ===================================== -->
<!-- =================== -->
<!-- Index section processing -->
<!-- =================== -->
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="index" select="document($external_index)"/>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="bookmark_in_fn">
<xsl:for-each select="//*[local-name() = 'bookmark'][ancestor::*[local-name() = 'fn']]">
<bookmark><xsl:value-of select="@id"/></bookmark>
</xsl:for-each>
</xsl:variable>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="@*|node()" mode="index_add_id">
<xsl:param name="docid"/>
<xsl:copy>
<xsl:apply-templates select="@*|node()" mode="index_add_id">
<xsl:with-param name="docid" select="$docid"/>
</xsl:apply-templates>
</xsl:copy>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'xref']" mode="index_add_id">
<xsl:param name="docid"/>
<xsl:variable name="id">
<xsl:call-template name="generateIndexXrefId">
<xsl:with-param name="docid" select="$docid"/>
</xsl:call-template>
</xsl:variable>
<xsl:copy> <!-- add id to xref -->
<xsl:apply-templates select="@*" mode="index_add_id"/>
<xsl:attribute name="id">
<xsl:value-of select="$id"/>
</xsl:attribute>
<xsl:apply-templates mode="index_add_id">
<xsl:with-param name="docid" select="$docid"/>
</xsl:apply-templates>
</xsl:copy>
<!-- split <xref target="bm1" to="End" pagenumber="true"> to two xref:
<xref target="bm1" pagenumber="true"> and <xref target="End" pagenumber="true"> -->
<xsl:if test="@to">
<xsl:value-of select="$en_dash"/>
<xsl:copy>
<xsl:copy-of select="@*"/>
<xsl:attribute name="target"><xsl:value-of select="@to"/></xsl:attribute>
<xsl:attribute name="id">
<xsl:value-of select="$id"/><xsl:text>_to</xsl:text>
</xsl:attribute>
<xsl:apply-templates mode="index_add_id">
<xsl:with-param name="docid" select="$docid"/>
</xsl:apply-templates>
</xsl:copy>
</xsl:if>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="@*|node()" mode="index_update">
<xsl:copy>
<xsl:apply-templates select="@*|node()" mode="index_update"/>
</xsl:copy>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'indexsect']//*[local-name() = 'li']" mode="index_update">
<xsl:copy>
<xsl:apply-templates select="@*" mode="index_update"/>
<xsl:apply-templates select="node()[1]" mode="process_li_element"/>
</xsl:copy>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'indexsect']//*[local-name() = 'li']/node()" mode="process_li_element" priority="2">
<xsl:param name="element"/>
<xsl:param name="remove" select="'false'"/>
<xsl:param name="target"/>
<!-- <node></node> -->
<xsl:choose>
<xsl:when test="self::text() and (normalize-space(.) = ',' or normalize-space(.) = $en_dash) and $remove = 'true'">
<!-- skip text (i.e. remove it) and process next element -->
<!-- [removed_<xsl:value-of select="."/>] -->
<xsl:apply-templates select="following-sibling::node()[1]" mode="process_li_element">
<xsl:with-param name="target"><xsl:value-of select="$target"/></xsl:with-param>
</xsl:apply-templates>
</xsl:when>
<xsl:when test="self::text()">
<xsl:value-of select="."/>
<xsl:apply-templates select="following-sibling::node()[1]" mode="process_li_element"/>
</xsl:when>
<xsl:when test="self::* and local-name(.) = 'xref'">
<xsl:variable name="id" select="@id"/>
<xsl:variable name="id_next" select="following-sibling::*[local-name() = 'xref'][1]/@id"/>
<xsl:variable name="id_prev" select="preceding-sibling::*[local-name() = 'xref'][1]/@id"/>
<xsl:variable name="pages_">
<xsl:for-each select="$index/index/item[@id = $id or @id = $id_next or @id = $id_prev]">
<xsl:choose>
<xsl:when test="@id = $id">
<page><xsl:value-of select="."/></page>
</xsl:when>
<xsl:when test="@id = $id_next">
<page_next><xsl:value-of select="."/></page_next>
</xsl:when>
<xsl:when test="@id = $id_prev">
<page_prev><xsl:value-of select="."/></page_prev>
</xsl:when>
</xsl:choose>
</xsl:for-each>
</xsl:variable>
<xsl:variable name="pages" select="xalan:nodeset($pages_)"/>
<!-- <xsl:variable name="page" select="$index/index/item[@id = $id]"/> -->
<xsl:variable name="page" select="$pages/page"/>
<!-- <xsl:variable name="page_next" select="$index/index/item[@id = $id_next]"/> -->
<xsl:variable name="page_next" select="$pages/page_next"/>
<!-- <xsl:variable name="page_prev" select="$index/index/item[@id = $id_prev]"/> -->
<xsl:variable name="page_prev" select="$pages/page_prev"/>
<xsl:choose>
<!-- 2nd pass -->
<!-- if page is equal to page for next and page is not the end of range -->
<xsl:when test="$page != '' and $page_next != '' and $page = $page_next and not(contains($page, '_to'))"> <!-- case: 12, 12-14 -->
<!-- skip element (i.e. remove it) and remove next text ',' -->
<!-- [removed_xref] -->
<xsl:apply-templates select="following-sibling::node()[1]" mode="process_li_element">
<xsl:with-param name="remove">true</xsl:with-param>
<xsl:with-param name="target">
<xsl:choose>
<xsl:when test="$target != ''"><xsl:value-of select="$target"/></xsl:when>
<xsl:otherwise><xsl:value-of select="@target"/></xsl:otherwise>
</xsl:choose>
</xsl:with-param>
</xsl:apply-templates>
</xsl:when>
<xsl:when test="$page != '' and $page_prev != '' and $page = $page_prev and contains($page_prev, '_to')"> <!-- case: 12-14, 14, ... -->
<!-- remove xref -->
<xsl:apply-templates select="following-sibling::node()[1]" mode="process_li_element">
<xsl:with-param name="remove">true</xsl:with-param>
</xsl:apply-templates>
</xsl:when>
<xsl:otherwise>
<xsl:apply-templates select="." mode="xref_copy">
<xsl:with-param name="target" select="$target"/>
</xsl:apply-templates>
<xsl:apply-templates select="following-sibling::node()[1]" mode="process_li_element"/>
</xsl:otherwise>
</xsl:choose>
</xsl:when>
<xsl:when test="self::* and local-name(.) = 'ul'">
<!-- ul -->
<xsl:apply-templates select="." mode="index_update"/>
</xsl:when>
<xsl:otherwise>
<xsl:apply-templates select="." mode="xref_copy">
<xsl:with-param name="target" select="$target"/>
</xsl:apply-templates>
<xsl:apply-templates select="following-sibling::node()[1]" mode="process_li_element"/>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="@*|node()" mode="xref_copy">
<xsl:param name="target"/>
<xsl:copy>
<xsl:apply-templates select="@*" mode="xref_copy"/>
<xsl:if test="$target != '' and not(xalan:nodeset($bookmark_in_fn)//bookmark[. = $target])">
<xsl:attribute name="target"><xsl:value-of select="$target"/></xsl:attribute>
</xsl:if>
<xsl:apply-templates select="node()" mode="xref_copy"/>
</xsl:copy>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="generateIndexXrefId">
<xsl:param name="docid"/>
<xsl:variable name="level" select="count(ancestor::*[local-name() = 'ul'])"/>
<xsl:variable name="docid_curr">
<xsl:value-of select="$docid"/>
<xsl:if test="normalize-space($docid) = ''"><xsl:call-template name="getDocumentId"/></xsl:if>
</xsl:variable>
<xsl:variable name="item_number">
<xsl:number count="*[local-name() = 'li'][ancestor::*[local-name() = 'indexsect']]" level="any"/>
</xsl:variable>
<xsl:variable name="xref_number"><xsl:number count="*[local-name() = 'xref']"/></xsl:variable>
<xsl:value-of select="concat($docid_curr, '_', $item_number, '_', $xref_number)"/> <!-- $level, '_', -->
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'indexsect']/*[local-name() = 'title']" priority="4">
<fo:block xsl:use-attribute-sets="indexsect-title-style">
<!-- Index -->
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'indexsect']/*[local-name() = 'clause']/*[local-name() = 'title']" priority="4">
<!-- Letter A, B, C, ... -->
<fo:block xsl:use-attribute-sets="indexsect-clause-title-style">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'indexsect']/*[local-name() = 'clause']" priority="4">
<xsl:apply-templates/>
<fo:block>
<xsl:if test="following-sibling::*[local-name() = 'clause']">
<fo:block> </fo:block>
</xsl:if>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'indexsect']//*[local-name() = 'ul']" priority="4">
<xsl:apply-templates/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'indexsect']//*[local-name() = 'li']" priority="4">
<xsl:variable name="level" select="count(ancestor::*[local-name() = 'ul'])"/>
<fo:block start-indent="{5 * $level}mm" text-indent="-5mm">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'indexsect']//*[local-name() = 'li']/text()">
<!-- to split by '_' and other chars -->
<xsl:call-template name="add-zero-spaces-java"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'table']/*[local-name() = 'bookmark']" priority="2"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'bookmark']" name="bookmark">
<!-- <fo:inline id="{@id}" font-size="1pt"/> -->
<fo:inline id="{@id}" font-size="1pt"><xsl:value-of select="$hair_space"/></fo:inline>
<!-- we need to add zero-width space, otherwise this fo:inline is missing in IF xml -->
<xsl:if test="not(following-sibling::node()[normalize-space() != ''])"><fo:inline font-size="1pt"> </fo:inline></xsl:if>
</xsl:template>
<!-- =================== -->
<!-- End of Index processing -->
<!-- =================== -->
<!-- ============ -->
<!-- errata -->
<!-- ============ -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'errata']">
<!-- <row>
<date>05-07-2013</date>
<type>Editorial</type>
<change>Changed CA-9 Priority Code from P1 to P2 in <xref target="tabled2"/>.</change>
<pages>D-3</pages>
</row>
-->
<fo:table table-layout="fixed" width="100%" font-size="10pt" border="1pt solid black">
<fo:table-column column-width="20mm"/>
<fo:table-column column-width="23mm"/>
<fo:table-column column-width="107mm"/>
<fo:table-column column-width="15mm"/>
<fo:table-body>
<fo:table-row text-align="center" font-weight="bold" background-color="black" color="white">
<fo:table-cell border="1pt solid black"><fo:block role="SKIP">Date</fo:block></fo:table-cell>
<fo:table-cell border="1pt solid black"><fo:block role="SKIP">Type</fo:block></fo:table-cell>
<fo:table-cell border="1pt solid black"><fo:block role="SKIP">Change</fo:block></fo:table-cell>
<fo:table-cell border="1pt solid black"><fo:block role="SKIP">Pages</fo:block></fo:table-cell>
</fo:table-row>
<xsl:apply-templates/>
</fo:table-body>
</fo:table>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'errata']/*[local-name() = 'row']">
<fo:table-row>
<xsl:apply-templates/>
</fo:table-row>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'errata']/*[local-name() = 'row']/*">
<fo:table-cell border="1pt solid black" padding-left="1mm" padding-top="0.5mm">
<fo:block role="SKIP"><xsl:apply-templates/></fo:block>
</fo:table-cell>
</xsl:template>
<!-- ============ -->
<!-- END errata -->
<!-- ============ -->
<!-- ======================= -->
<!-- Bibliography rendering -->
<!-- ======================= -->
<!-- ========================================================== -->
<!-- Reference sections (Normative References and Bibliography) -->
<!-- ========================================================== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'references'][@hidden='true']" priority="3"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'bibitem'][@hidden='true']" priority="3">
<xsl:param name="skip" select="normalize-space(preceding-sibling::*[1][local-name() = 'bibitem'] and 1 = 1)"/>
</xsl:template>
<!-- don't display bibitem with @id starts with '_hidden', that was introduced for references integrity -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'bibitem'][starts-with(@id, 'hidden_bibitem_')]" priority="3"/>
<!-- Normative references -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'references'][@normative='true']" priority="2">
<fo:block id="{@id}">
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<!-- Bibliography (non-normative references) -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'references']">
<xsl:if test="not(ancestor::*[local-name() = 'annex'])">
<fo:block break-after="page"/>
</xsl:if>
<!-- <xsl:if test="ancestor::*[local-name() = 'annex']">
<xsl:if test="$namespace = 'csa' or $namespace = 'csd' or $namespace = 'gb' or $namespace = 'iec' or $namespace = 'iso' or $namespace = 'itu'">
<fo:block break-after="page"/>
</xsl:if>
</xsl:if> -->
<fo:block id="{@id}"/>
<xsl:apply-templates select="*[local-name() = 'title'][@columns = 1]"/>
<fo:block xsl:use-attribute-sets="references-non-normative-style">
<xsl:apply-templates select="node()[not(local-name() = 'title' and @columns = 1)]"/>
</fo:block>
<!-- horizontal line -->
<fo:block-container text-align="center" margin-top="10mm">
<fo:block>_____________</fo:block>
</fo:block-container>
</xsl:template> <!-- references -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'bibitem']">
<xsl:call-template name="bibitem"/>
</xsl:template>
<!-- Normative references -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'references'][@normative='true']/*[local-name() = 'bibitem']" name="bibitem" priority="2">
<fo:block id="{@id}" xsl:use-attribute-sets="bibitem-normative-style">
<xsl:call-template name="processBibitem"/>
</fo:block>
</xsl:template> <!-- bibitem -->
<!-- Bibliography (non-normative references) -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'references'][not(@normative='true')]/*[local-name() = 'bibitem']" name="bibitem_non_normative" priority="2">
<xsl:param name="skip" select="normalize-space(preceding-sibling::*[1][local-name() = 'bibitem'] and 1 = 1)"/> <!-- current bibiitem is non-first -->
<!-- $namespace = 'csd' or $namespace = 'gb' or $namespace = 'iec' or $namespace = 'ieee' or $namespace = 'iso' or $namespace = 'jcgm' or $namespace = 'm3d' or
$namespace = 'mpfd' or $namespace = 'ogc' or $namespace = 'ogc-white-paper' -->
<!-- Example: [1] ISO 9:1995, Information and documentation – Transliteration of Cyrillic characters into Latin characters – Slavic and non-Slavic languages -->
<fo:list-block id="{@id}" xsl:use-attribute-sets="bibitem-non-normative-list-style">
<fo:list-item>
<fo:list-item-label end-indent="label-end()">
<fo:block role="SKIP">
<fo:inline role="SKIP">
<xsl:apply-templates select="*[local-name() = 'biblio-tag']">
<xsl:with-param name="biblio_tag_part">first</xsl:with-param>
</xsl:apply-templates>
</fo:inline>
</fo:block>
</fo:list-item-label>
<fo:list-item-body start-indent="body-start()">
<fo:block xsl:use-attribute-sets="bibitem-non-normative-list-body-style" role="SKIP">
<xsl:call-template name="processBibitem">
<xsl:with-param name="biblio_tag_part">last</xsl:with-param>
</xsl:call-template>
</fo:block>
</fo:list-item-body>
</fo:list-item>
</fo:list-block>
</xsl:template> <!-- references[not(@normative='true')]/bibitem -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="insertListItem_Bibitem">
<xsl:choose>
<xsl:when test="@hidden = 'true'"><!-- skip --></xsl:when>
<xsl:otherwise>
<fo:list-item id="{@id}" xsl:use-attribute-sets="bibitem-non-normative-list-item-style">
<fo:list-item-label end-indent="label-end()">
<fo:block role="SKIP">
<fo:inline role="SKIP">
<xsl:apply-templates select="*[local-name() = 'biblio-tag']">
<xsl:with-param name="biblio_tag_part">first</xsl:with-param>
</xsl:apply-templates>
</fo:inline>
</fo:block>
</fo:list-item-label>
<fo:list-item-body start-indent="body-start()">
<fo:block xsl:use-attribute-sets="bibitem-non-normative-list-body-style" role="SKIP">
<xsl:call-template name="processBibitem">
<xsl:with-param name="biblio_tag_part">last</xsl:with-param>
</xsl:call-template>
</fo:block>
</fo:list-item-body>
</fo:list-item>
</xsl:otherwise>
</xsl:choose>
<xsl:apply-templates select="following-sibling::*[1][local-name() = 'bibitem']">
<xsl:with-param name="skip">false</xsl:with-param>
</xsl:apply-templates>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="processBibitem">
<xsl:param name="biblio_tag_part">both</xsl:param>
<!-- start bibitem processing -->
<xsl:if test=".//*[local-name() = 'fn']">
<xsl:attribute name="line-height-shift-adjustment">disregard-shifts</xsl:attribute>
</xsl:if>
<xsl:apply-templates select="*[local-name() = 'biblio-tag']">
<xsl:with-param name="biblio_tag_part" select="$biblio_tag_part"/>
</xsl:apply-templates>
<xsl:apply-templates select="*[local-name() = 'formattedref']"/>
<!-- end bibitem processing -->
</xsl:template> <!-- processBibitem (bibitem) -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'title']" mode="title">
<fo:inline><xsl:apply-templates/></fo:inline>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'bibitem']/*[local-name() = 'docidentifier']"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'formattedref']">
<!-- <xsl:if test="$namespace = 'unece' or $namespace = 'unece-rec'">
<xsl:text>, </xsl:text>
</xsl:if> -->
<xsl:apply-templates/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'biblio-tag']">
<xsl:param name="biblio_tag_part">both</xsl:param>
<xsl:choose>
<xsl:when test="$biblio_tag_part = 'first' and *[local-name() = 'tab']">
<xsl:apply-templates select="./*[local-name() = 'tab'][1]/preceding-sibling::node()"/>
</xsl:when>
<xsl:when test="$biblio_tag_part = 'last'">
<xsl:apply-templates select="./*[local-name() = 'tab'][1]/following-sibling::node()"/>
</xsl:when>
<xsl:otherwise>
<xsl:apply-templates/>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'biblio-tag']/*[local-name() = 'tab']" priority="2">
<xsl:text> </xsl:text>
</xsl:template>
<!-- ======================= -->
<!-- END Bibliography rendering -->
<!-- ======================= -->
<!-- ========================================================== -->
<!-- END Reference sections (Normative References and Bibliography) -->
<!-- ========================================================== -->
<!-- =================== -->
<!-- Form's elements processing -->
<!-- =================== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'form']">
<fo:block>
<xsl:apply-templates/>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'form']//*[local-name() = 'label']">
<fo:inline><xsl:apply-templates/></fo:inline>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'form']//*[local-name() = 'input'][@type = 'text' or @type = 'date' or @type = 'file' or @type = 'password']">
<fo:inline>
<xsl:call-template name="text_input"/>
</fo:inline>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="text_input">
<xsl:variable name="count">
<xsl:choose>
<xsl:when test="normalize-space(@maxlength) != ''"><xsl:value-of select="@maxlength"/></xsl:when>
<xsl:when test="normalize-space(@size) != ''"><xsl:value-of select="@size"/></xsl:when>
<xsl:otherwise>10</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:call-template name="repeat">
<xsl:with-param name="char" select="'_'"/>
<xsl:with-param name="count" select="$count"/>
</xsl:call-template>
<xsl:text> </xsl:text>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'form']//*[local-name() = 'input'][@type = 'button']">
<xsl:variable name="caption">
<xsl:choose>
<xsl:when test="normalize-space(@value) != ''"><xsl:value-of select="@value"/></xsl:when>
<xsl:otherwise>BUTTON</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<fo:inline>[<xsl:value-of select="$caption"/>]</fo:inline>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'form']//*[local-name() = 'input'][@type = 'checkbox']">
<fo:inline padding-right="1mm">
<fo:instream-foreign-object fox:alt-text="Box" baseline-shift="-10%">
<xsl:attribute name="height">3.5mm</xsl:attribute>
<xsl:attribute name="content-width">100%</xsl:attribute>
<xsl:attribute name="content-width">scale-down-to-fit</xsl:attribute>
<xsl:attribute name="scaling">uniform</xsl:attribute>
<svg xmlns="http://www.w3.org/2000/svg" width="80" height="80">
<polyline points="0,0 80,0 80,80 0,80 0,0" stroke="black" stroke-width="5" fill="white"/>
</svg>
</fo:instream-foreign-object>
</fo:inline>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'form']//*[local-name() = 'input'][@type = 'radio']">
<fo:inline padding-right="1mm">
<fo:instream-foreign-object fox:alt-text="Box" baseline-shift="-10%">
<xsl:attribute name="height">3.5mm</xsl:attribute>
<xsl:attribute name="content-width">100%</xsl:attribute>
<xsl:attribute name="content-width">scale-down-to-fit</xsl:attribute>
<xsl:attribute name="scaling">uniform</xsl:attribute>
<svg xmlns="http://www.w3.org/2000/svg" width="80" height="80">
<circle cx="40" cy="40" r="30" stroke="black" stroke-width="5" fill="white"/>
<circle cx="40" cy="40" r="15" stroke="black" stroke-width="5" fill="white"/>
</svg>
</fo:instream-foreign-object>
</fo:inline>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'form']//*[local-name() = 'select']">
<fo:inline>
<xsl:call-template name="text_input"/>
</fo:inline>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'form']//*[local-name() = 'textarea']">
<fo:block-container border="1pt solid black" width="50%">
<fo:block> </fo:block>
</fo:block-container>
</xsl:template>
<!-- =================== -->
<!-- End Form's elements processing -->
<!-- =================== -->
<!-- =================== -->
<!-- Table of Contents (ToC) processing -->
<!-- =================== -->
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="toc_level">
<!-- https://www.metanorma.org/author/ref/document-attributes/ -->
<xsl:variable name="pdftoclevels" select="normalize-space(//*[local-name() = 'metanorma-extension']/*[local-name() = 'presentation-metadata'][*[local-name() = 'name']/text() = 'PDF TOC Heading Levels']/*[local-name() = 'value'])"/> <!-- :toclevels-pdf Number of table of contents levels to render in PDF output; used to override :toclevels:-->
<xsl:variable name="toclevels" select="normalize-space(//*[local-name() = 'metanorma-extension']/*[local-name() = 'presentation-metadata'][*[local-name() = 'name']/text() = 'TOC Heading Levels']/*[local-name() = 'value'])"/> <!-- Number of table of contents levels to render -->
<xsl:choose>
<xsl:when test="$pdftoclevels != ''"><xsl:value-of select="number($pdftoclevels)"/></xsl:when> <!-- if there is value in xml -->
<xsl:when test="$toclevels != ''"><xsl:value-of select="number($toclevels)"/></xsl:when> <!-- if there is value in xml -->
<xsl:otherwise><!-- default value -->
3
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'toc']">
<xsl:param name="colwidths"/>
<xsl:variable name="colwidths_">
<xsl:choose>
<xsl:when test="not($colwidths)">
<xsl:variable name="toc_table_simple">
<tbody>
<xsl:apply-templates mode="toc_table_width"/>
</tbody>
</xsl:variable>
<xsl:variable name="cols-count" select="count(xalan:nodeset($toc_table_simple)/*/tr[1]/td)"/>
<xsl:call-template name="calculate-column-widths-proportional">
<xsl:with-param name="cols-count" select="$cols-count"/>
<xsl:with-param name="table" select="$toc_table_simple"/>
</xsl:call-template>
</xsl:when>
<xsl:otherwise>
<xsl:copy-of select="$colwidths"/>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<fo:block role="TOCI" space-after="16pt">
<fo:table width="100%" table-layout="fixed">
<xsl:for-each select="xalan:nodeset($colwidths_)/column">
<fo:table-column column-width="proportional-column-width({.})"/>
</xsl:for-each>
<fo:table-body>
<xsl:apply-templates/>
</fo:table-body>
</fo:table>
</fo:block>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'toc']//*[local-name() = 'li']" priority="2">
<fo:table-row min-height="5mm">
<xsl:apply-templates/>
</fo:table-row>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'toc']//*[local-name() = 'li']/*[local-name() = 'p']">
<xsl:apply-templates/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'toc']//*[local-name() = 'xref']" priority="3">
<!-- <xref target="cgpm9th1948r6">1.6.3<tab/>“9th CGPM, 1948:<tab/>decision to establish the SI”</xref> -->
<xsl:variable name="target" select="@target"/>
<xsl:for-each select="*[local-name() = 'tab']">
<xsl:variable name="current_id" select="generate-id()"/>
<fo:table-cell>
<fo:block line-height-shift-adjustment="disregard-shifts" role="SKIP">
<xsl:call-template name="insert_basic_link">
<xsl:with-param name="element">
<fo:basic-link internal-destination="{$target}" fox:alt-text="{.}">
<xsl:for-each select="following-sibling::node()[not(self::*[local-name() = 'tab']) and preceding-sibling::*[local-name() = 'tab'][1][generate-id() = $current_id]]">
<xsl:choose>
<xsl:when test="self::text()"><xsl:value-of select="."/></xsl:when>
<xsl:otherwise><xsl:apply-templates select="."/></xsl:otherwise>
</xsl:choose>
</xsl:for-each>
</fo:basic-link>
</xsl:with-param>
</xsl:call-template>
</fo:block>
</fo:table-cell>
</xsl:for-each>
<!-- last column - for page numbers -->
<fo:table-cell text-align="right" font-size="10pt" font-weight="bold" font-family="Arial">
<fo:block role="SKIP">
<xsl:call-template name="insert_basic_link">
<xsl:with-param name="element">
<fo:basic-link internal-destination="{$target}" fox:alt-text="{.}">
<fo:page-number-citation ref-id="{$target}"/>
</fo:basic-link>
</xsl:with-param>
</xsl:call-template>
</fo:block>
</fo:table-cell>
</xsl:template>
<!-- ================================== -->
<!-- calculate ToC table columns widths -->
<!-- ================================== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*" mode="toc_table_width">
<xsl:apply-templates mode="toc_table_width"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'clause'][@type = 'toc']/*[local-name() = 'title']" mode="toc_table_width"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'clause'][not(@type = 'toc')]/*[local-name() = 'title']" mode="toc_table_width"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'li']" mode="toc_table_width">
<tr>
<xsl:apply-templates mode="toc_table_width"/>
</tr>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'xref']" mode="toc_table_width">
<!-- <xref target="cgpm9th1948r6">1.6.3<tab/>“9th CGPM, 1948:<tab/>decision to establish the SI”</xref> -->
<xsl:for-each select="*[local-name() = 'tab']">
<xsl:variable name="current_id" select="generate-id()"/>
<td>
<xsl:for-each select="following-sibling::node()[not(self::*[local-name() = 'tab']) and preceding-sibling::*[local-name() = 'tab'][1][generate-id() = $current_id]]">
<xsl:copy-of select="."/>
</xsl:for-each>
</td>
</xsl:for-each>
<td>333</td> <!-- page number, just for fill -->
</xsl:template>
<!-- ================================== -->
<!-- END: calculate ToC table columns widths -->
<!-- ================================== -->
<!-- =================== -->
<!-- End Table of Contents (ToC) processing -->
<!-- =================== -->
<!-- insert fo:basic-link, if external-destination or internal-destination is non-empty, otherwise insert fo:inline -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="insert_basic_link">
<xsl:param name="element"/>
<xsl:variable name="element_node" select="xalan:nodeset($element)"/>
<xsl:variable name="external-destination" select="normalize-space(count($element_node/fo:basic-link/@external-destination[. != '']) = 1)"/>
<xsl:variable name="internal-destination" select="normalize-space(count($element_node/fo:basic-link/@internal-destination[. != '']) = 1)"/>
<xsl:choose>
<xsl:when test="$external-destination = 'true' or $internal-destination = 'true'">
<xsl:copy-of select="$element_node"/>
</xsl:when>
<xsl:otherwise>
<fo:inline>
<xsl:for-each select="$element_node/fo:basic-link/@*[local-name() != 'external-destination' and local-name() != 'internal-destination' and local-name() != 'alt-text']">
<xsl:attribute name="{local-name()}"><xsl:value-of select="."/></xsl:attribute>
</xsl:for-each>
<xsl:copy-of select="$element_node/fo:basic-link/node()"/>
</fo:inline>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'variant-title']"/> <!-- [@type = 'sub'] -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'variant-title'][@type = 'sub']" mode="subtitle">
<fo:inline padding-right="5mm"> </fo:inline>
<fo:inline><xsl:apply-templates/></fo:inline>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'blacksquare']" name="blacksquare">
<fo:inline padding-right="2.5mm" baseline-shift="5%">
<fo:instream-foreign-object content-height="2mm" content-width="2mm" fox:alt-text="Quad">
<svg xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink" xml:space="preserve" viewBox="0 0 2 2">
<rect x="0" y="0" width="2" height="2" fill="black"/>
</svg>
</fo:instream-foreign-object>
</fo:inline>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="@language">
<xsl:copy-of select="."/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'p'][@type = 'floating-title' or @type = 'section-title']" priority="4">
<xsl:call-template name="title"/>
</xsl:template>
<!-- ================ -->
<!-- Admonition -->
<!-- ================ -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'admonition']">
<!-- text in the box -->
<fo:block-container id="{@id}" xsl:use-attribute-sets="admonition-style">
<xsl:call-template name="setBlockSpanAll"/>
<fo:block-container xsl:use-attribute-sets="admonition-container-style" role="SKIP">
<fo:block text-align="justify">
<fo:inline>
<xsl:call-template name="displayAdmonitionName">
<xsl:with-param name="sep"> – </xsl:with-param>
</xsl:call-template>
</fo:inline>
<xsl:apply-templates select="node()[not(local-name() = 'name')]"/>
</fo:block>
</fo:block-container>
</fo:block-container>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="displayAdmonitionName">
<xsl:param name="sep"/> <!-- Example: ' - ' -->
<!-- <xsl:choose>
<xsl:when test="$namespace = 'nist-cswp' or $namespace = 'nist-sp'">
<xsl:choose>
<xsl:when test="@type='important'"><xsl:apply-templates select="@type"/></xsl:when>
<xsl:otherwise>
<xsl:apply-templates select="*[local-name() = 'name']"/>
</xsl:otherwise>
</xsl:choose>
</xsl:when>
<xsl:otherwise>
<xsl:apply-templates select="*[local-name() = 'name']"/>
<xsl:if test="not(*[local-name() = 'name'])">
<xsl:apply-templates select="@type"/>
</xsl:if>
</xsl:otherwise>
</xsl:choose> -->
<xsl:variable name="name">
<xsl:apply-templates select="*[local-name() = 'name']"/>
</xsl:variable>
<xsl:copy-of select="$name"/>
<xsl:if test="normalize-space($name) != ''">
<xsl:value-of select="$sep"/>
</xsl:if>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'admonition']/*[local-name() = 'name']">
<xsl:apply-templates/>
</xsl:template>
<!-- <xsl:template match="*[local-name() = 'admonition']/@type">
<xsl:variable name="admonition_type_">
<xsl:call-template name="getLocalizedString">
<xsl:with-param name="key">admonition.<xsl:value-of select="."/></xsl:with-param>
</xsl:call-template>
</xsl:variable>
<xsl:variable name="admonition_type" select="normalize-space(java:toUpperCase(java:java.lang.String.new($admonition_type_)))"/>
<xsl:value-of select="$admonition_type"/>
<xsl:if test="$admonition_type = ''">
<xsl:value-of select="java:toUpperCase(java:java.lang.String.new(.))"/>
</xsl:if>
</xsl:template> -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'admonition']/*[local-name() = 'p']">
<!-- processing for admonition/p found in the template for 'p' -->
<xsl:call-template name="paragraph"/>
</xsl:template>
<!-- ================ -->
<!-- END Admonition -->
<!-- ================ -->
<!-- ===================================== -->
<!-- Update xml -->
<!-- ===================================== -->
<!-- =========================================================================== -->
<!-- STEP1: -->
<!-- - Re-order elements in 'preface', 'sections' based on @displayorder -->
<!-- - Put Section title in the correct position -->
<!-- - Ignore 'span' without style -->
<!-- - Remove semantic xml part -->
<!-- - Remove image/emf (EMF vector image for Word) -->
<!-- - add @id, redundant for table auto-layout algorithm -->
<!-- =========================================================================== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="@*|node()" mode="update_xml_step1">
<xsl:copy>
<xsl:apply-templates select="@*|node()" mode="update_xml_step1"/>
</xsl:copy>
</xsl:template>
<!-- change section's order based on @displayorder value -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'preface']" mode="update_xml_step1">
<xsl:copy>
<xsl:copy-of select="@*"/>
<xsl:variable name="nodes_preface_">
<xsl:for-each select="*">
<node id="{@id}"/>
</xsl:for-each>
</xsl:variable>
<xsl:variable name="nodes_preface" select="xalan:nodeset($nodes_preface_)"/>
<xsl:for-each select="*">
<xsl:sort select="@displayorder" data-type="number"/>
<!-- process Section's title -->
<xsl:variable name="preceding-sibling_id" select="$nodes_preface/node[@id = current()/@id]/preceding-sibling::node[1]/@id"/>
<xsl:if test="$preceding-sibling_id != ''">
<xsl:apply-templates select="parent::*/*[@type = 'section-title' and @id = $preceding-sibling_id and not(@displayorder)]" mode="update_xml_step1"/>
</xsl:if>
<xsl:choose>
<xsl:when test="@type = 'section-title' and not(@displayorder)"><!-- skip, don't copy, because copied in above 'apply-templates' --></xsl:when>
<xsl:otherwise>
<xsl:apply-templates select="." mode="update_xml_step1"/>
</xsl:otherwise>
</xsl:choose>
</xsl:for-each>
</xsl:copy>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'sections']" mode="update_xml_step1">
<xsl:copy>
<xsl:copy-of select="@*"/>
<xsl:variable name="nodes_sections_">
<xsl:for-each select="*">
<node id="{@id}"/>
</xsl:for-each>
</xsl:variable>
<xsl:variable name="nodes_sections" select="xalan:nodeset($nodes_sections_)"/>
<!-- move section 'Normative references' inside 'sections' -->
<xsl:for-each select="* | ancestor::*[contains(local-name(), '-standard')]/*[local-name()='bibliography']/*[local-name()='references'][@normative='true'] | ancestor::*[contains(local-name(), '-standard')]/*[local-name()='bibliography']/*[local-name()='clause'][*[local-name()='references'][@normative='true']]">
<xsl:sort select="@displayorder" data-type="number"/>
<!-- process Section's title -->
<xsl:variable name="preceding-sibling_id" select="$nodes_sections/node[@id = current()/@id]/preceding-sibling::node[1]/@id"/>
<xsl:if test="$preceding-sibling_id != ''">
<xsl:apply-templates select="parent::*/*[@type = 'section-title' and @id = $preceding-sibling_id and not(@displayorder)]" mode="update_xml_step1"/>
</xsl:if>
<xsl:choose>
<xsl:when test="@type = 'section-title' and not(@displayorder)"><!-- skip, don't copy, because copied in above 'apply-templates' --></xsl:when>
<xsl:otherwise>
<xsl:apply-templates select="." mode="update_xml_step1"/>
</xsl:otherwise>
</xsl:choose>
</xsl:for-each>
</xsl:copy>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'bibliography']" mode="update_xml_step1">
<xsl:copy>
<xsl:copy-of select="@*"/>
<!-- copy all elements from bibliography except 'Normative references' (moved to 'sections') -->
<xsl:for-each select="*[not(@normative='true') and not(*[@normative='true'])]">
<xsl:sort select="@displayorder" data-type="number"/>
<xsl:apply-templates select="." mode="update_xml_step1"/>
</xsl:for-each>
</xsl:copy>
</xsl:template>
<!-- Example with 'class': <span class="stdpublisher">ISO</span> <span class="stddocNumber">10303</span>-<span class="stddocPartNumber">1</span>:<span class="stdyear">1994</span> -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'span'][@style or @class = 'stdpublisher' or @class = 'stddocNumber' or @class = 'stddocPartNumber' or @class = 'stdyear']" mode="update_xml_step1" priority="2">
<xsl:copy>
<xsl:copy-of select="@*"/>
<xsl:apply-templates mode="update_xml_step1"/>
</xsl:copy>
</xsl:template>
<!-- Note: to enable the addition of character span markup with semantic styling for DIS Word output -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'span']" mode="update_xml_step1">
<xsl:apply-templates mode="update_xml_step1"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'sections']/*[local-name() = 'p'][starts-with(@class, 'zzSTDTitle')]/*[local-name() = 'span'][@class] | *[local-name() = 'sourcecode']//*[local-name() = 'span'][@class]" mode="update_xml_step1" priority="2">
<xsl:copy>
<xsl:copy-of select="@*"/>
<xsl:apply-templates mode="update_xml_step1"/>
</xsl:copy>
</xsl:template>
<!-- remove semantic xml -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'metanorma-extension']/*[local-name() = 'metanorma']/*[local-name() = 'source']" mode="update_xml_step1"/>
<!-- remove image/emf -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'image']/*[local-name() = 'emf']" mode="update_xml_step1"/>
<!-- remove preprocess-xslt -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'preprocess-xslt']" mode="update_xml_step1"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'stem'] | *[local-name() = 'image'] | *[local-name() = 'sourcecode'] | *[local-name() = 'bibdata'] | *[local-name() = 'localized-strings']" mode="update_xml_step1">
<xsl:copy-of select="."/>
</xsl:template>
<!-- add @id, mandatory for table auto-layout algorithm -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'dl' or local-name() = 'table'][not(@id)]" mode="update_xml_step1">
<xsl:copy>
<xsl:copy-of select="@*"/>
<xsl:call-template name="add_id"/>
<xsl:apply-templates mode="update_xml_step1"/>
</xsl:copy>
</xsl:template>
<!-- prevent empty thead processing in XSL-FO, remove it -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'table']/*[local-name() = 'thead'][count(*) = 0]" mode="update_xml_step1"/>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="add_id">
<xsl:if test="not(@id)">
<!-- add @id - first element with @id plus '_element_name' -->
<xsl:attribute name="id"><xsl:value-of select="(.//*[@id])[1]/@id"/>_<xsl:value-of select="local-name()"/></xsl:attribute>
</xsl:if>
</xsl:template>
<!-- optimization: remove clause if table_only_with_id isn't empty and clause doesn't contain table or dl with table_only_with_id -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'clause' or local-name() = 'p' or local-name() = 'definitions' or local-name() = 'annex']" mode="update_xml_step1">
<xsl:choose>
<xsl:when test="($table_only_with_id != '' or $table_only_with_ids != '') and local-name() = 'p' and (ancestor::*[local-name() = 'table' or local-name() = 'dl' or local-name() = 'toc'])">
<xsl:copy>
<xsl:copy-of select="@*"/>
<xsl:apply-templates mode="update_xml_step1"/>
</xsl:copy>
</xsl:when>
<!-- for table auto-layout algorithm -->
<xsl:when test="$table_only_with_id != '' and not(.//*[local-name() = 'table' or local-name() = 'dl'][@id = $table_only_with_id])">
<xsl:copy>
<xsl:copy-of select="@*"/>
</xsl:copy>
</xsl:when>
<!-- for table auto-layout algorithm -->
<xsl:when test="$table_only_with_ids != '' and not(.//*[local-name() = 'table' or local-name() = 'dl'][contains($table_only_with_ids, concat(@id, ' '))])">
<xsl:copy>
<xsl:copy-of select="@*"/>
</xsl:copy>
</xsl:when>
<xsl:otherwise>
<xsl:copy>
<xsl:copy-of select="@*"/>
<xsl:apply-templates mode="update_xml_step1"/>
</xsl:copy>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<!-- =========================================================================== -->
<!-- END STEP1: Re-order elements in 'preface', 'sections' based on @displayorder -->
<!-- =========================================================================== -->
<!-- =========================================================================== -->
<!-- STEP MOVE PAGEBREAK: move <pagebreak/> at top level under 'preface' and 'sections' -->
<!-- =========================================================================== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="@*|node()" mode="update_xml_step_move_pagebreak">
<xsl:copy>
<xsl:apply-templates select="@*|node()" mode="update_xml_step_move_pagebreak"/>
</xsl:copy>
</xsl:template>
<!-- replace 'pagebreak' by closing tags + page_sequence and opening page_sequence + tags -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'pagebreak'][not(following-sibling::*[1][local-name() = 'pagebreak'])]" mode="update_xml_step_move_pagebreak">
<!-- <xsl:choose>
<xsl:when test="ancestor::*[local-name() = 'sections']">
</xsl:when>
<xsl:when test="ancestor::*[local-name() = 'annex']">
</xsl:when>
<xsl:otherwise>
<xsl:copy-of select="."/>
</xsl:otherwise>
</xsl:choose> -->
<!-- determine pagebreak is last element before </fo:flow> or not -->
<xsl:variable name="isLast">
<xsl:for-each select="ancestor-or-self::*[ancestor::*[local-name() = 'sections'] or ancestor-or-self::*[local-name() = 'annex']]">
<xsl:if test="following-sibling::*">false</xsl:if>
</xsl:for-each>
</xsl:variable>
<xsl:if test="contains($isLast, 'false')">
<xsl:variable name="orientation" select="normalize-space(@orientation)"/>
<xsl:variable name="tree_">
<xsl:call-template name="makeAncestorsElementsTree"/>
</xsl:variable>
<xsl:variable name="tree" select="xalan:nodeset($tree_)"/>
<!-- close fo:page-sequence (closing preceding fo elements) -->
<xsl:call-template name="insertClosingElements">
<xsl:with-param name="tree" select="$tree"/>
</xsl:call-template>
<xsl:text disable-output-escaping="yes"></page_sequence></xsl:text>
<!-- create a new page_sequence (opening elements) -->
<xsl:text disable-output-escaping="yes"><page_sequence namespace="</xsl:text><xsl:value-of select="$namespace_full"/>"<xsl:if test="$orientation != ''"> orientation="<xsl:value-of select="$orientation"/>"</xsl:if><xsl:text disable-output-escaping="yes">></xsl:text>
<xsl:call-template name="insertOpeningElements">
<xsl:with-param name="tree" select="$tree"/>
</xsl:call-template>
</xsl:if>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="makeAncestorsElementsTree">
<xsl:for-each select="ancestor::*[ancestor::*[local-name() = 'sections'] or ancestor-or-self::*[local-name() = 'annex']]">
<element pos="{position()}">
<xsl:copy-of select="@*[local-name() != 'id']"/>
<xsl:value-of select="name()"/>
</element>
</xsl:for-each>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="insertClosingElements">
<xsl:param name="tree"/>
<xsl:for-each select="$tree//element">
<xsl:sort data-type="number" order="descending" select="@pos"/>
<xsl:text disable-output-escaping="yes"></</xsl:text>
<xsl:value-of select="."/>
<xsl:text disable-output-escaping="yes">></xsl:text>
<xsl:if test="$debug = 'true'">
<xsl:message></<xsl:value-of select="."/>></xsl:message>
</xsl:if>
</xsl:for-each>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="insertOpeningElements">
<xsl:param name="tree"/>
<xsl:for-each select="$tree//element">
<xsl:text disable-output-escaping="yes"><</xsl:text>
<xsl:value-of select="."/>
<xsl:for-each select="@*[local-name() != 'pos']">
<xsl:text> </xsl:text>
<xsl:value-of select="local-name()"/>
<xsl:text>="</xsl:text>
<xsl:value-of select="."/>
<xsl:text>"</xsl:text>
</xsl:for-each>
<xsl:if test="position() = 1"> continue="true"</xsl:if>
<xsl:text disable-output-escaping="yes">></xsl:text>
<xsl:if test="$debug = 'true'">
<xsl:message><<xsl:value-of select="."/>></xsl:message>
</xsl:if>
</xsl:for-each>
</xsl:template>
<!-- move full page width figures, tables at top level -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'figure' or local-name() = 'table'][normalize-space(@width) != 'text-width']" mode="update_xml_step_move_pagebreak">
<xsl:choose>
<xsl:when test="$layout_columns != 1">
<xsl:variable name="tree_">
<xsl:call-template name="makeAncestorsElementsTree"/>
</xsl:variable>
<xsl:variable name="tree" select="xalan:nodeset($tree_)"/>
<xsl:call-template name="insertClosingElements">
<xsl:with-param name="tree" select="$tree"/>
</xsl:call-template>
<!-- <xsl:copy-of select="."/> -->
<xsl:copy>
<xsl:copy-of select="@*"/>
<xsl:attribute name="top-level">true</xsl:attribute>
<xsl:copy-of select="node()"/>
</xsl:copy>
<xsl:call-template name="insertOpeningElements">
<xsl:with-param name="tree" select="$tree"/>
</xsl:call-template>
</xsl:when>
<xsl:otherwise>
<xsl:copy-of select="."/>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<!-- =========================================================================== -->
<!-- END STEP MOVE PAGEBREAK: move <pagebreak/> at top level under 'preface' and 'sections' -->
<!-- =========================================================================== -->
<!-- =========================================================================== -->
<!-- XML UPDATE STEP: enclose standard's name into tag 'keep-together_within-line' -->
<!-- keep-together_within-line for: a/b, aaa/b, a/bbb, /b -->
<!-- keep-together_within-line for: a.b, aaa.b, a.bbb, .b in table's cell ONLY -->
<!-- =========================================================================== -->
<!-- Example: <keep-together_within-line>ISO 10303-51</keep-together_within-line> -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="@*|node()" mode="update_xml_enclose_keep-together_within-line">
<xsl:copy>
<xsl:apply-templates select="@*|node()" mode="update_xml_enclose_keep-together_within-line"/>
</xsl:copy>
</xsl:template>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="express_reference_separators">_.\</xsl:variable>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="express_reference_characters" select="concat($upper,$lower,'1234567890',$express_reference_separators)"/>
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="element_name_keep-together_within-line">keep-together_within-line</xsl:variable>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="text()[not(ancestor::*[local-name() = 'bibdata'] or ancestor::*[local-name() = 'link'][not(contains(.,' '))] or ancestor::*[local-name() = 'sourcecode'] or ancestor::*[local-name() = 'math'] or ancestor::*[local-name() = 'svg'] or starts-with(., 'http://') or starts-with(., 'https://') or starts-with(., 'www.') )]" name="keep_together_standard_number" mode="update_xml_enclose_keep-together_within-line">
<!-- enclose standard's number into tag 'keep-together_within-line' -->
<xsl:variable name="tag_keep-together_within-line_open">###<xsl:value-of select="$element_name_keep-together_within-line"/>###</xsl:variable>
<xsl:variable name="tag_keep-together_within-line_close">###/<xsl:value-of select="$element_name_keep-together_within-line"/>###</xsl:variable>
<xsl:variable name="text__" select="java:replaceAll(java:java.lang.String.new(.), $regex_standard_reference, concat($tag_keep-together_within-line_open,'$1',$tag_keep-together_within-line_close))"/>
<xsl:variable name="text_">
<xsl:choose>
<xsl:when test="ancestor::*[local-name() = 'table']"><xsl:value-of select="."/></xsl:when> <!-- no need enclose standard's number into tag 'keep-together_within-line' in table cells -->
<xsl:otherwise><xsl:value-of select="$text__"/></xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:variable name="text"><text><xsl:call-template name="replace_text_tags">
<xsl:with-param name="tag_open" select="$tag_keep-together_within-line_open"/>
<xsl:with-param name="tag_close" select="$tag_keep-together_within-line_close"/>
<xsl:with-param name="text" select="$text_"/>
</xsl:call-template></text></xsl:variable>
<xsl:variable name="parent" select="local-name(..)"/>
<xsl:variable name="text2">
<text><xsl:for-each select="xalan:nodeset($text)/text/node()">
<xsl:copy-of select="."/>
</xsl:for-each></text>
</xsl:variable>
<!-- keep-together_within-line for: a/b, aaa/b, a/bbb, /b -->
<!-- \S matches any non-whitespace character (equivalent to [^\r\n\t\f\v ]) -->
<!-- <xsl:variable name="regex_solidus_units">((\b((\S{1,3}\/\S+)|(\S+\/\S{1,3}))\b)|(\/\S{1,3})\b)</xsl:variable> -->
<!-- add < and > to \S -->
<xsl:variable name="regex_S">[^\r\n\t\f\v \<>\u3000-\u9FFF]</xsl:variable>
<xsl:variable name="regex_solidus_units">((\b((<xsl:value-of select="$regex_S"/>{1,3}\/<xsl:value-of select="$regex_S"/>+)|(<xsl:value-of select="$regex_S"/>+\/<xsl:value-of select="$regex_S"/>{1,3}))\b)|(\/<xsl:value-of select="$regex_S"/>{1,3})\b)</xsl:variable>
<xsl:variable name="text3">
<text><xsl:for-each select="xalan:nodeset($text2)/text/node()">
<xsl:choose>
<xsl:when test="self::text()">
<xsl:variable name="text_units_" select="java:replaceAll(java:java.lang.String.new(.),$regex_solidus_units,concat($tag_keep-together_within-line_open,'$1',$tag_keep-together_within-line_close))"/>
<xsl:variable name="text_units"><text><xsl:call-template name="replace_text_tags">
<xsl:with-param name="tag_open" select="$tag_keep-together_within-line_open"/>
<xsl:with-param name="tag_close" select="$tag_keep-together_within-line_close"/>
<xsl:with-param name="text" select="$text_units_"/>
</xsl:call-template></text></xsl:variable>
<xsl:copy-of select="xalan:nodeset($text_units)/text/node()"/>
</xsl:when>
<xsl:otherwise><xsl:copy-of select="."/></xsl:otherwise> <!-- copy 'as-is' for <fo:inline keep-together.within-line="always" ... -->
</xsl:choose>
</xsl:for-each></text>
</xsl:variable>
<xsl:choose>
<xsl:when test="ancestor::*[local-name() = 'td' or local-name() = 'th']">
<!-- keep-together_within-line for: a.b, aaa.b, a.bbb, .b in table's cell ONLY -->
<xsl:variable name="non_white_space">[^\s\u3000-\u9FFF]</xsl:variable>
<xsl:variable name="regex_dots_units">((\b((<xsl:value-of select="$non_white_space"/>{1,3}\.<xsl:value-of select="$non_white_space"/>+)|(<xsl:value-of select="$non_white_space"/>+\.<xsl:value-of select="$non_white_space"/>{1,3}))\b)|(\.<xsl:value-of select="$non_white_space"/>{1,3})\b)</xsl:variable>
<xsl:for-each select="xalan:nodeset($text3)/text/node()">
<xsl:choose>
<xsl:when test="self::text()">
<xsl:variable name="text_dots_" select="java:replaceAll(java:java.lang.String.new(.),$regex_dots_units,concat($tag_keep-together_within-line_open,'$1',$tag_keep-together_within-line_close))"/>
<xsl:variable name="text_dots"><text><xsl:call-template name="replace_text_tags">
<xsl:with-param name="tag_open" select="$tag_keep-together_within-line_open"/>
<xsl:with-param name="tag_close" select="$tag_keep-together_within-line_close"/>
<xsl:with-param name="text" select="$text_dots_"/>
</xsl:call-template></text></xsl:variable>
<xsl:copy-of select="xalan:nodeset($text_dots)/text/node()"/>
</xsl:when>
<xsl:otherwise><xsl:copy-of select="."/></xsl:otherwise> <!-- copy 'as-is' for <fo:inline keep-together.within-line="always" ... -->
</xsl:choose>
</xsl:for-each>
</xsl:when>
<xsl:otherwise><xsl:copy-of select="xalan:nodeset($text3)/text/node()"/></xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'stem'] | *[local-name() = 'image']" mode="update_xml_enclose_keep-together_within-line">
<xsl:copy-of select="."/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="replace_text_tags">
<xsl:param name="tag_open"/>
<xsl:param name="tag_close"/>
<xsl:param name="text"/>
<xsl:choose>
<xsl:when test="contains($text, $tag_open)">
<xsl:value-of select="substring-before($text, $tag_open)"/>
<xsl:variable name="text_after" select="substring-after($text, $tag_open)"/>
<xsl:element name="{substring-before(substring-after($tag_open, '###'),'###')}">
<xsl:value-of select="substring-before($text_after, $tag_close)"/>
</xsl:element>
<xsl:call-template name="replace_text_tags">
<xsl:with-param name="tag_open" select="$tag_open"/>
<xsl:with-param name="tag_close" select="$tag_close"/>
<xsl:with-param name="text" select="substring-after($text_after, $tag_close)"/>
</xsl:call-template>
</xsl:when>
<xsl:otherwise><xsl:value-of select="$text"/></xsl:otherwise>
</xsl:choose>
</xsl:template>
<!-- ===================================== -->
<!-- END XML UPDATE STEP: enclose standard's name into tag 'keep-together_within-line' -->
<!-- ===================================== -->
<!-- ===================================== -->
<!-- ===================================== -->
<!-- Make linear XML (need for landscape orientation) -->
<!-- ===================================== -->
<!-- ===================================== -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="@*|node()" mode="linear_xml">
<xsl:copy>
<xsl:apply-templates select="@*|node()" mode="linear_xml"/>
</xsl:copy>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="processing-instruction()" mode="linear_xml">
<xsl:copy-of select="."/>
</xsl:template>
<!-- From:
<clause>
<title>...</title>
<p>...</p>
</clause>
To:
<clause/>
<title>...</title>
<p>...</p>
-->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'foreword'] | *[local-name() = 'foreword']//*[local-name() = 'clause'] | *[local-name() = 'preface']//*[local-name() = 'clause'][not(@type = 'corrigenda') and not(@type = 'policy') and not(@type = 'related-refs')] | *[local-name() = 'introduction'] | *[local-name() = 'introduction']//*[local-name() = 'clause'] | *[local-name() = 'sections']//*[local-name() = 'clause'] | *[local-name() = 'annex'] | *[local-name() = 'annex']//*[local-name() = 'clause'] | *[local-name() = 'references'][not(@hidden = 'true')] | *[local-name() = 'bibliography']/*[local-name() = 'clause'] | *[local-name() = 'colophon'] | *[local-name() = 'colophon']//*[local-name() = 'clause'] | *[local-name()='sections']//*[local-name()='terms'] | *[local-name()='sections']//*[local-name()='definitions'] | *[local-name()='annex']//*[local-name()='definitions']" mode="linear_xml" name="clause_linear">
<xsl:copy>
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<xsl:when test="ancestor::*[local-name() = 'sections']">sections</xsl:when>
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<xsl:element name="inlineChar" namespace="https://www.metanorma.org/ns/jis"><xsl:value-of select="$by"/></xsl:element>
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<fo:inline><xsl:value-of select="."/></fo:inline>
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<!--
<fn reference="1">
<p id="_8e5cf917-f75a-4a49-b0aa-1714cb6cf954">Formerly denoted as 15 % (m/m).</p>
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-->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'fn'][not(ancestor::*[(local-name() = 'table' or local-name() = 'figure')] and not(ancestor::*[local-name() = 'name']))]" mode="linear_xml" name="linear_xml_fn">
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<!-- <xsl:choose>
<xsl:when test="$namespace = 'jis'">
<xsl:call-template name="get_fn_list_for_element"/>
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<xsl:otherwise>
<xsl:call-template name="get_fn_list"/>
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<!-- put actual reference number -->
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<!-- ===================================== -->
<!-- ===================================== -->
<!-- END: Make linear XML (need for landscape orientation) -->
<!-- ===================================== -->
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<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*[local-name() = 'lang_none']">
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<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="getMonthByNum">
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<xsl:param name="num"/>
<xsl:variable name="monthStr">
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<xsl:when test="$num = '05'">may</xsl:when>
<xsl:when test="$num = '06'">june</xsl:when>
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<xsl:when test="$num = '11'">november</xsl:when>
<xsl:when test="$num = '12'">december</xsl:when>
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<xsl:with-param name="key">month_<xsl:value-of select="$monthStr"/></xsl:with-param>
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<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="addPDFUAmeta">
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<xsl:if test="position() != last()">; </xsl:if>
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<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="getId">
<xsl:choose>
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</xsl:when>
<xsl:when test="ancestor::*[local-name() = 'bibliography']">
<xsl:value-of select="$level_total - 1"/>
</xsl:when>
<xsl:when test="parent::*[local-name() = 'annex']">
<xsl:value-of select="$level_total - 1"/>
</xsl:when>
<xsl:when test="ancestor::*[local-name() = 'annex']">
<xsl:value-of select="$level_total"/>
</xsl:when>
<xsl:when test="local-name() = 'annex'">1</xsl:when>
<xsl:when test="local-name(ancestor::*[1]) = 'annex'">1</xsl:when>
<xsl:otherwise>
<xsl:value-of select="$level_total - 1"/>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:value-of select="$level"/>
</xsl:otherwise>
</xsl:choose>
</xsl:template> <!-- getLevel -->
<!-- Get or calculate depth of term's name -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="getLevelTermName">
<xsl:choose>
<xsl:when test="normalize-space(../@depth) != ''">
<xsl:value-of select="../@depth"/>
</xsl:when>
<xsl:otherwise>
<xsl:variable name="title_level_">
<xsl:for-each select="../preceding-sibling::*[local-name() = 'title'][1]">
<xsl:call-template name="getLevel"/>
</xsl:for-each>
</xsl:variable>
<xsl:variable name="title_level" select="normalize-space($title_level_)"/>
<xsl:choose>
<xsl:when test="$title_level != ''"><xsl:value-of select="$title_level + 1"/></xsl:when>
<xsl:otherwise>
<xsl:call-template name="getLevel"/>
</xsl:otherwise>
</xsl:choose>
</xsl:otherwise>
</xsl:choose>
</xsl:template> <!-- getLevelTermName -->
<!-- split string by separator -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="split">
<xsl:param name="pText" select="."/>
<xsl:param name="sep" select="','"/>
<xsl:param name="normalize-space" select="'true'"/>
<xsl:param name="keep_sep" select="'false'"/>
<xsl:if test="string-length($pText) >0">
<item>
<xsl:choose>
<xsl:when test="$normalize-space = 'true'">
<xsl:value-of select="normalize-space(substring-before(concat($pText, $sep), $sep))"/>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="substring-before(concat($pText, $sep), $sep)"/>
</xsl:otherwise>
</xsl:choose>
</item>
<xsl:if test="$keep_sep = 'true' and contains($pText, $sep)"><item><xsl:value-of select="$sep"/></item></xsl:if>
<xsl:call-template name="split">
<xsl:with-param name="pText" select="substring-after($pText, $sep)"/>
<xsl:with-param name="sep" select="$sep"/>
<xsl:with-param name="normalize-space" select="$normalize-space"/>
<xsl:with-param name="keep_sep" select="$keep_sep"/>
</xsl:call-template>
</xsl:if>
</xsl:template> <!-- split -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="getDocumentId">
<xsl:call-template name="getLang"/><xsl:value-of select="//*[local-name() = 'p'][1]/@id"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="getDocumentId_fromCurrentNode">
<xsl:call-template name="getLang_fromCurrentNode"/><xsl:value-of select=".//*[local-name() = 'p'][1]/@id"/>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="namespaceCheck">
<xsl:variable name="documentNS" select="namespace-uri(/*)"/>
<xsl:variable name="XSLNS">
<xsl:value-of select="document('')//*/namespace::iec"/>
</xsl:variable>
<xsl:if test="$documentNS != $XSLNS">
<xsl:message>[WARNING]: Document namespace: '<xsl:value-of select="$documentNS"/>' doesn't equal to xslt namespace '<xsl:value-of select="$XSLNS"/>'</xsl:message>
</xsl:if>
</xsl:template> <!-- namespaceCheck -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="getLanguage">
<xsl:param name="lang"/>
<xsl:variable name="language" select="java:toLowerCase(java:java.lang.String.new($lang))"/>
<xsl:choose>
<xsl:when test="$language = 'en'">English</xsl:when>
<xsl:when test="$language = 'fr'">French</xsl:when>
<xsl:when test="$language = 'de'">Deutsch</xsl:when>
<xsl:when test="$language = 'cn'">Chinese</xsl:when>
<xsl:otherwise><xsl:value-of select="$language"/></xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="setId">
<xsl:param name="prefix"/>
<xsl:attribute name="id">
<xsl:choose>
<xsl:when test="@id">
<xsl:value-of select="concat($prefix, @id)"/>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="concat($prefix, generate-id())"/>
</xsl:otherwise>
</xsl:choose>
</xsl:attribute>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="add-letter-spacing">
<xsl:param name="text"/>
<xsl:param name="letter-spacing" select="'0.15'"/>
<xsl:if test="string-length($text) > 0">
<xsl:variable name="char" select="substring($text, 1, 1)"/>
<fo:inline padding-right="{$letter-spacing}mm">
<xsl:if test="$char = '®'">
<xsl:attribute name="font-size">58%</xsl:attribute>
<xsl:attribute name="baseline-shift">30%</xsl:attribute>
</xsl:if>
<xsl:value-of select="$char"/>
</fo:inline>
<xsl:call-template name="add-letter-spacing">
<xsl:with-param name="text" select="substring($text, 2)"/>
<xsl:with-param name="letter-spacing" select="$letter-spacing"/>
</xsl:call-template>
</xsl:if>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="repeat">
<xsl:param name="char" select="'*'"/>
<xsl:param name="count"/>
<xsl:if test="$count > 0">
<xsl:value-of select="$char"/>
<xsl:call-template name="repeat">
<xsl:with-param name="char" select="$char"/>
<xsl:with-param name="count" select="$count - 1"/>
</xsl:call-template>
</xsl:if>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="getLocalizedString">
<xsl:param name="key"/>
<xsl:param name="formatted">false</xsl:param>
<xsl:param name="lang"/>
<xsl:param name="returnEmptyIfNotFound">false</xsl:param>
<xsl:variable name="curr_lang">
<xsl:choose>
<xsl:when test="$lang != ''"><xsl:value-of select="$lang"/></xsl:when>
<xsl:when test="$returnEmptyIfNotFound = 'true'"/>
<xsl:otherwise>
<xsl:call-template name="getLang"/>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:variable name="data_value">
<xsl:choose>
<xsl:when test="$formatted = 'true'">
<xsl:apply-templates select="xalan:nodeset($bibdata)//*[local-name() = 'localized-string'][@key = $key and @language = $curr_lang]"/>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="normalize-space(xalan:nodeset($bibdata)//*[local-name() = 'localized-string'][@key = $key and @language = $curr_lang])"/>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:choose>
<xsl:when test="normalize-space($data_value) != ''">
<xsl:choose>
<xsl:when test="$formatted = 'true'"><xsl:copy-of select="$data_value"/></xsl:when>
<xsl:otherwise><xsl:value-of select="$data_value"/></xsl:otherwise>
</xsl:choose>
</xsl:when>
<xsl:when test="/*/*[local-name() = 'localized-strings']/*[local-name() = 'localized-string'][@key = $key and @language = $curr_lang]">
<xsl:choose>
<xsl:when test="$formatted = 'true'">
<xsl:apply-templates select="/*/*[local-name() = 'localized-strings']/*[local-name() = 'localized-string'][@key = $key and @language = $curr_lang]"/>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="/*/*[local-name() = 'localized-strings']/*[local-name() = 'localized-string'][@key = $key and @language = $curr_lang]"/>
</xsl:otherwise>
</xsl:choose>
</xsl:when>
<xsl:when test="$returnEmptyIfNotFound = 'true'"/>
<xsl:otherwise>
<xsl:variable name="key_">
<xsl:call-template name="capitalize">
<xsl:with-param name="str" select="translate($key, '_', ' ')"/>
</xsl:call-template>
</xsl:variable>
<xsl:value-of select="$key_"/>
</xsl:otherwise>
</xsl:choose>
</xsl:template> <!-- getLocalizedString -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="setTrackChangesStyles">
<xsl:param name="isAdded"/>
<xsl:param name="isDeleted"/>
<xsl:choose>
<xsl:when test="local-name() = 'math'">
<xsl:if test="$isAdded = 'true'">
<xsl:attribute name="background-color"><xsl:value-of select="$color-added-text"/></xsl:attribute>
</xsl:if>
<xsl:if test="$isDeleted = 'true'">
<xsl:attribute name="background-color"><xsl:value-of select="$color-deleted-text"/></xsl:attribute>
</xsl:if>
</xsl:when>
<xsl:otherwise>
<xsl:if test="$isAdded = 'true'">
<xsl:attribute name="border"><xsl:value-of select="$border-block-added"/></xsl:attribute>
<xsl:attribute name="padding">2mm</xsl:attribute>
</xsl:if>
<xsl:if test="$isDeleted = 'true'">
<xsl:attribute name="border"><xsl:value-of select="$border-block-deleted"/></xsl:attribute>
<xsl:if test="local-name() = 'table'">
<xsl:attribute name="background-color">rgb(255, 185, 185)</xsl:attribute>
</xsl:if>
<xsl:attribute name="padding">2mm</xsl:attribute>
</xsl:if>
</xsl:otherwise>
</xsl:choose>
</xsl:template> <!-- setTrackChangesStyles -->
<!-- see https://xmlgraphics.apache.org/fop/2.5/complexscripts.html#bidi_controls-->
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="LRM" select="''"/> <!-- U+200E - LEFT-TO-RIGHT MARK (LRM) -->
<xsl:variable xmlns:redirect="http://xml.apache.org/xalan/redirect" name="RLM" select="''"/> <!-- U+200F - RIGHT-TO-LEFT MARK (RLM) -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="setWritingMode">
<xsl:if test="$lang = 'ar'">
<xsl:attribute name="writing-mode">rl-tb</xsl:attribute>
</xsl:if>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="setAlignment">
<xsl:param name="align" select="normalize-space(@align)"/>
<xsl:choose>
<xsl:when test="$lang = 'ar' and $align = 'left'">start</xsl:when>
<xsl:when test="$lang = 'ar' and $align = 'right'">end</xsl:when>
<xsl:when test="$align != ''">
<xsl:value-of select="$align"/>
</xsl:when>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="setTextAlignment">
<xsl:param name="default">left</xsl:param>
<xsl:variable name="align" select="normalize-space(@align)"/>
<xsl:attribute name="text-align">
<xsl:choose>
<xsl:when test="$lang = 'ar' and $align = 'left'">start</xsl:when>
<xsl:when test="$lang = 'ar' and $align = 'right'">end</xsl:when>
<xsl:when test="$align = 'justified'">justify</xsl:when>
<xsl:when test="$align != '' and not($align = 'indent')"><xsl:value-of select="$align"/></xsl:when>
<xsl:when test="ancestor::*[local-name() = 'td']/@align"><xsl:value-of select="ancestor::*[local-name() = 'td']/@align"/></xsl:when>
<xsl:when test="ancestor::*[local-name() = 'th']/@align"><xsl:value-of select="ancestor::*[local-name() = 'th']/@align"/></xsl:when>
<xsl:otherwise><xsl:value-of select="$default"/></xsl:otherwise>
</xsl:choose>
</xsl:attribute>
<xsl:if test="$align = 'indent'">
<xsl:attribute name="margin-left">7mm</xsl:attribute>
</xsl:if>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="setBlockAttributes">
<xsl:param name="text_align_default">left</xsl:param>
<xsl:call-template name="setTextAlignment">
<xsl:with-param name="default" select="$text_align_default"/>
</xsl:call-template>
<!-- https://www.metanorma.org/author/topics/document-format/text/#avoiding-page-breaks -->
<!-- Example: keep-lines-together="true" -->
<xsl:if test="@keep-lines-together = 'true'">
<xsl:attribute name="keep-together.within-column">always</xsl:attribute>
</xsl:if>
<!-- Example: keep-with-next="true" -->
<xsl:if test="@keep-with-next = 'true'">
<xsl:attribute name="keep-with-next">always</xsl:attribute>
</xsl:if>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="number-to-words">
<xsl:param name="number"/>
<xsl:param name="first"/>
<xsl:if test="$number != ''">
<xsl:variable name="words">
<words>
<xsl:choose>
<xsl:when test="$lang = 'fr'"> <!-- https://en.wiktionary.org/wiki/Appendix:French_numbers -->
<word cardinal="1">Une-</word>
<word ordinal="1">Première </word>
<word cardinal="2">Deux-</word>
<word ordinal="2">Seconde </word>
<word cardinal="3">Trois-</word>
<word ordinal="3">Tierce </word>
<word cardinal="4">Quatre-</word>
<word ordinal="4">Quatrième </word>
<word cardinal="5">Cinq-</word>
<word ordinal="5">Cinquième </word>
<word cardinal="6">Six-</word>
<word ordinal="6">Sixième </word>
<word cardinal="7">Sept-</word>
<word ordinal="7">Septième </word>
<word cardinal="8">Huit-</word>
<word ordinal="8">Huitième </word>
<word cardinal="9">Neuf-</word>
<word ordinal="9">Neuvième </word>
<word ordinal="10">Dixième </word>
<word ordinal="11">Onzième </word>
<word ordinal="12">Douzième </word>
<word ordinal="13">Treizième </word>
<word ordinal="14">Quatorzième </word>
<word ordinal="15">Quinzième </word>
<word ordinal="16">Seizième </word>
<word ordinal="17">Dix-septième </word>
<word ordinal="18">Dix-huitième </word>
<word ordinal="19">Dix-neuvième </word>
<word cardinal="20">Vingt-</word>
<word ordinal="20">Vingtième </word>
<word cardinal="30">Trente-</word>
<word ordinal="30">Trentième </word>
<word cardinal="40">Quarante-</word>
<word ordinal="40">Quarantième </word>
<word cardinal="50">Cinquante-</word>
<word ordinal="50">Cinquantième </word>
<word cardinal="60">Soixante-</word>
<word ordinal="60">Soixantième </word>
<word cardinal="70">Septante-</word>
<word ordinal="70">Septantième </word>
<word cardinal="80">Huitante-</word>
<word ordinal="80">Huitantième </word>
<word cardinal="90">Nonante-</word>
<word ordinal="90">Nonantième </word>
<word cardinal="100">Cent-</word>
<word ordinal="100">Centième </word>
</xsl:when>
<xsl:when test="$lang = 'ru'">
<word cardinal="1">Одна-</word>
<word ordinal="1">Первое </word>
<word cardinal="2">Две-</word>
<word ordinal="2">Второе </word>
<word cardinal="3">Три-</word>
<word ordinal="3">Третье </word>
<word cardinal="4">Четыре-</word>
<word ordinal="4">Четвертое </word>
<word cardinal="5">Пять-</word>
<word ordinal="5">Пятое </word>
<word cardinal="6">Шесть-</word>
<word ordinal="6">Шестое </word>
<word cardinal="7">Семь-</word>
<word ordinal="7">Седьмое </word>
<word cardinal="8">Восемь-</word>
<word ordinal="8">Восьмое </word>
<word cardinal="9">Девять-</word>
<word ordinal="9">Девятое </word>
<word ordinal="10">Десятое </word>
<word ordinal="11">Одиннадцатое </word>
<word ordinal="12">Двенадцатое </word>
<word ordinal="13">Тринадцатое </word>
<word ordinal="14">Четырнадцатое </word>
<word ordinal="15">Пятнадцатое </word>
<word ordinal="16">Шестнадцатое </word>
<word ordinal="17">Семнадцатое </word>
<word ordinal="18">Восемнадцатое </word>
<word ordinal="19">Девятнадцатое </word>
<word cardinal="20">Двадцать-</word>
<word ordinal="20">Двадцатое </word>
<word cardinal="30">Тридцать-</word>
<word ordinal="30">Тридцатое </word>
<word cardinal="40">Сорок-</word>
<word ordinal="40">Сороковое </word>
<word cardinal="50">Пятьдесят-</word>
<word ordinal="50">Пятидесятое </word>
<word cardinal="60">Шестьдесят-</word>
<word ordinal="60">Шестидесятое </word>
<word cardinal="70">Семьдесят-</word>
<word ordinal="70">Семидесятое </word>
<word cardinal="80">Восемьдесят-</word>
<word ordinal="80">Восьмидесятое </word>
<word cardinal="90">Девяносто-</word>
<word ordinal="90">Девяностое </word>
<word cardinal="100">Сто-</word>
<word ordinal="100">Сотое </word>
</xsl:when>
<xsl:otherwise> <!-- default english -->
<word cardinal="1">One-</word>
<word ordinal="1">First </word>
<word cardinal="2">Two-</word>
<word ordinal="2">Second </word>
<word cardinal="3">Three-</word>
<word ordinal="3">Third </word>
<word cardinal="4">Four-</word>
<word ordinal="4">Fourth </word>
<word cardinal="5">Five-</word>
<word ordinal="5">Fifth </word>
<word cardinal="6">Six-</word>
<word ordinal="6">Sixth </word>
<word cardinal="7">Seven-</word>
<word ordinal="7">Seventh </word>
<word cardinal="8">Eight-</word>
<word ordinal="8">Eighth </word>
<word cardinal="9">Nine-</word>
<word ordinal="9">Ninth </word>
<word ordinal="10">Tenth </word>
<word ordinal="11">Eleventh </word>
<word ordinal="12">Twelfth </word>
<word ordinal="13">Thirteenth </word>
<word ordinal="14">Fourteenth </word>
<word ordinal="15">Fifteenth </word>
<word ordinal="16">Sixteenth </word>
<word ordinal="17">Seventeenth </word>
<word ordinal="18">Eighteenth </word>
<word ordinal="19">Nineteenth </word>
<word cardinal="20">Twenty-</word>
<word ordinal="20">Twentieth </word>
<word cardinal="30">Thirty-</word>
<word ordinal="30">Thirtieth </word>
<word cardinal="40">Forty-</word>
<word ordinal="40">Fortieth </word>
<word cardinal="50">Fifty-</word>
<word ordinal="50">Fiftieth </word>
<word cardinal="60">Sixty-</word>
<word ordinal="60">Sixtieth </word>
<word cardinal="70">Seventy-</word>
<word ordinal="70">Seventieth </word>
<word cardinal="80">Eighty-</word>
<word ordinal="80">Eightieth </word>
<word cardinal="90">Ninety-</word>
<word ordinal="90">Ninetieth </word>
<word cardinal="100">Hundred-</word>
<word ordinal="100">Hundredth </word>
</xsl:otherwise>
</xsl:choose>
</words>
</xsl:variable>
<xsl:variable name="ordinal" select="xalan:nodeset($words)//word[@ordinal = $number]/text()"/>
<xsl:variable name="value">
<xsl:choose>
<xsl:when test="$ordinal != ''">
<xsl:value-of select="$ordinal"/>
</xsl:when>
<xsl:otherwise>
<xsl:choose>
<xsl:when test="$number < 100">
<xsl:variable name="decade" select="concat(substring($number,1,1), '0')"/>
<xsl:variable name="digit" select="substring($number,2)"/>
<xsl:value-of select="xalan:nodeset($words)//word[@cardinal = $decade]/text()"/>
<xsl:value-of select="xalan:nodeset($words)//word[@ordinal = $digit]/text()"/>
</xsl:when>
<xsl:otherwise>
<!-- more 100 -->
<xsl:variable name="hundred" select="substring($number,1,1)"/>
<xsl:variable name="digits" select="number(substring($number,2))"/>
<xsl:value-of select="xalan:nodeset($words)//word[@cardinal = $hundred]/text()"/>
<xsl:value-of select="xalan:nodeset($words)//word[@cardinal = '100']/text()"/>
<xsl:call-template name="number-to-words">
<xsl:with-param name="number" select="$digits"/>
</xsl:call-template>
</xsl:otherwise>
</xsl:choose>
</xsl:otherwise>
</xsl:choose>
</xsl:variable>
<xsl:choose>
<xsl:when test="$first = 'true'">
<xsl:variable name="value_lc" select="java:toLowerCase(java:java.lang.String.new($value))"/>
<xsl:call-template name="capitalize">
<xsl:with-param name="str" select="$value_lc"/>
</xsl:call-template>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="$value"/>
</xsl:otherwise>
</xsl:choose>
</xsl:if>
</xsl:template> <!-- number-to-words -->
<!-- st for 1, nd for 2, rd for 3, th for 4, 5, 6, ... -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="number-to-ordinal">
<xsl:param name="number"/>
<xsl:param name="curr_lang"/>
<xsl:choose>
<xsl:when test="$curr_lang = 'fr'">
<xsl:choose>
<xsl:when test="$number = '1'">re</xsl:when>
<xsl:otherwise>e</xsl:otherwise>
</xsl:choose>
</xsl:when>
<xsl:otherwise>
<xsl:choose>
<xsl:when test="$number = 1">st</xsl:when>
<xsl:when test="$number = 2">nd</xsl:when>
<xsl:when test="$number = 3">rd</xsl:when>
<xsl:otherwise>th</xsl:otherwise>
</xsl:choose>
</xsl:otherwise>
</xsl:choose>
</xsl:template> <!-- number-to-ordinal -->
<!-- add the attribute fox:alt-text, required for PDF/UA -->
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="setAltText">
<xsl:param name="value"/>
<xsl:attribute name="fox:alt-text">
<xsl:choose>
<xsl:when test="normalize-space($value) != ''">
<xsl:value-of select="$value"/>
</xsl:when>
<xsl:otherwise>_</xsl:otherwise>
</xsl:choose>
</xsl:attribute>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" name="substring-after-last">
<xsl:param name="value"/>
<xsl:param name="delimiter"/>
<xsl:choose>
<xsl:when test="contains($value, $delimiter)">
<xsl:call-template name="substring-after-last">
<xsl:with-param name="value" select="substring-after($value, $delimiter)"/>
<xsl:with-param name="delimiter" select="$delimiter"/>
</xsl:call-template>
</xsl:when>
<xsl:otherwise>
<xsl:value-of select="$value"/>
</xsl:otherwise>
</xsl:choose>
</xsl:template>
<xsl:template xmlns:redirect="http://xml.apache.org/xalan/redirect" match="*" mode="print_as_xml">
<xsl:param name="level">0</xsl:param>
<fo:block margin-left="{2*$level}mm">
<xsl:text>
<</xsl:text>
<xsl:value-of select="local-name()"/>
<xsl:for-each select="@*">
<xsl:text> </xsl:text>
<xsl:value-of select="local-name()"/>
<xsl:text>="</xsl:text>
<xsl:value-of select="."/>
<xsl:text>"</xsl:text>
</xsl:for-each>
<xsl:text>></xsl:text>
<xsl:if test="not(*)">
<fo:inline font-weight="bold"><xsl:value-of select="."/></fo:inline>
<xsl:text></</xsl:text>
<xsl:value-of select="local-name()"/>
<xsl:text>></xsl:text>
</xsl:if>
</fo:block>
<xsl:if test="*">
<fo:block>
<xsl:apply-templates mode="print_as_xml">
<xsl:with-param name="level" select="$level + 1"/>
</xsl:apply-templates>
</fo:block>
<fo:block margin-left="{2*$level}mm">
<xsl:text></</xsl:text>
<xsl:value-of select="local-name()"/>
<xsl:text>></xsl:text>
</fo:block>
</xsl:if>
</xsl:template>
</xsl:stylesheet>