Commit 8ad26641 authored by Kai-Holger Brassel's avatar Kai-Holger Brassel
Browse files

Faulty conversion of WindowType.frameRatio corrected

parent 8f1634b4
<?xml version="1.0" encoding="UTF-8"?><buildphys:BuildingPhysicsCatalog xmlns:buildphys="http://www.hftstuttgart.de/buildingphysics" xmlns:xmi="http://www.omg.org/XMI" author="Verena Weiler, HfT Stuttgart" xmi:version="2.0">
<windowCatalog name="German Building Typology Library IWU" description="Window catalog from German Building Typology Library IWU" source="http://www.iwu.de">
<windowTypes windowTypeId="window_0" name="Double-glazed window with old wooden/aluminum frame" uValue="3.2 W/(m²·K)" gValue="0.76" glazingNumber="2" frameRatio="Double-glazed window with old wooden/aluminum frame" embodiedEnergy="809.02 kW·h/m²" embodiedCarbon="143.4 kg" constructionDescription="double glazing with old wooden/aluminum frame, produced in Germany, transportation 50 km " disposalEnergy="5.16 kW·h/m²" disposalCarbon="1.5 kg" disposalDescription="100% sent to landfill, transportation 50 km"/>
<windowTypes windowTypeId="window_1" name="Double-glazed window with plastic frame" uValue="2.57 W/(m²·K)" gValue="0.76" glazingNumber="2" frameRatio="Double-glazed window with plastic frame" embodiedEnergy="577.53 kW·h/m²" embodiedCarbon="106.92 kg" constructionDescription="double glazing with plastic frame, produced in Germany, transportation 50 km " disposalEnergy="4.48 kW·h/m²" disposalCarbon="2.26 kg" disposalDescription="100% sent to landfill, transportation 50 km"/>
<windowTypes windowTypeId="window_2" name="Low-E double-glazed window" uValue="1.6 W/(m²·K)" gValue="0.63" glazingNumber="2" frameRatio="Low-E double-glazed window" embodiedEnergy="628.89 kW·h/m²" embodiedCarbon="81.57 kg" constructionDescription="double glazing with wooden frame, produced in Germany, transportation 50 km " disposalEnergy="3.97 kW·h/m²" disposalCarbon="4.48 kg" disposalDescription="100% sent to landfill, transportation 50 km"/>
<windowTypes windowTypeId="window_3" name="Low-E double-glazed window EnEV2016" uValue="1.3 W/(m²·K)" gValue="0.6" glazingNumber="2" frameRatio="Low-E double-glazed window EnEV2016" embodiedEnergy="628.89 kW·h/m²" embodiedCarbon="81.57 kg" constructionDescription="double glazing with wooden frame, produced in Germany, transportation 50 km " disposalEnergy="3.97 kW·h/m²" disposalCarbon="4.48 kg" disposalDescription="100% sent to landfill, transportation 50 km"/>
<windowTypes windowTypeId="window_4" name="Low-E triple-glazed window" uValue="1.05 W/(m²·K)" gValue="0.5" glazingNumber="3" frameRatio="Low-E triple-glazed window" embodiedEnergy="694.42 kW·h/m²" embodiedCarbon="98.5 kg" constructionDescription="triple glazing with wooden frame, produced in Germany, transportation 50 km " disposalEnergy="4.56 kW·h/m²" disposalCarbon="4.93 kg" disposalDescription="100% sent to landfill, transportation 50 km"/>
<windowTypes windowTypeId="window_5" name="Low-E triple-glazed window KfW 40" uValue="0.91 W/(m²·K)" gValue="0.5" glazingNumber="3" frameRatio="Low-E triple-glazed window KfW 40" embodiedEnergy="694.42 kW·h/m²" embodiedCarbon="98.5 kg" constructionDescription="triple glazing with wooden frame, produced in Germany, transportation 50 km " disposalEnergy="4.56 kW·h/m²" disposalCarbon="4.93 kg" disposalDescription="100% sent to landfill, transportation 50 km"/>
<windowTypes windowTypeId="window_6" name="Low-E triple-glazed window KfW 55" uValue="0.91 W/(m²·K)" gValue="0.5" glazingNumber="3" frameRatio="Low-E triple-glazed window KfW 55" embodiedEnergy="694.42 kW·h/m²" embodiedCarbon="98.5 kg" constructionDescription="triple glazing with wooden frame, produced in Germany, transportation 50 km " disposalEnergy="4.56 kW·h/m²" disposalCarbon="4.93 kg" disposalDescription="100% sent to landfill, transportation 50 km"/>
<windowTypes windowTypeId="window_7" name="Single-glazed window" uValue="5.0 W/(m²·K)" gValue="0.86" glazingNumber="1" frameRatio="Single-glazed window" embodiedEnergy=" kW·h/m²" embodiedCarbon=" kg" constructionDescription="" disposalEnergy=" kW·h/m²" disposalCarbon=" kg" disposalDescription=""/>
<windowTypes windowTypeId="window_0" name="Double-glazed window with old wooden/aluminum frame" uValue="3.2 W/(m²·K)" gValue="0.76" glazingNumber="2" frameRatio="0.3" embodiedEnergy="809.02 kW·h/m²" embodiedCarbon="143.4 kg" constructionDescription="double glazing with old wooden/aluminum frame, produced in Germany, transportation 50 km " disposalEnergy="5.16 kW·h/m²" disposalCarbon="1.5 kg" disposalDescription="100% sent to landfill, transportation 50 km"/>
<windowTypes windowTypeId="window_1" name="Double-glazed window with plastic frame" uValue="2.57 W/(m²·K)" gValue="0.76" glazingNumber="2" frameRatio="0.3" embodiedEnergy="577.53 kW·h/m²" embodiedCarbon="106.92 kg" constructionDescription="double glazing with plastic frame, produced in Germany, transportation 50 km " disposalEnergy="4.48 kW·h/m²" disposalCarbon="2.26 kg" disposalDescription="100% sent to landfill, transportation 50 km"/>
<windowTypes windowTypeId="window_2" name="Low-E double-glazed window" uValue="1.6 W/(m²·K)" gValue="0.63" glazingNumber="2" frameRatio="0.3" embodiedEnergy="628.89 kW·h/m²" embodiedCarbon="81.57 kg" constructionDescription="double glazing with wooden frame, produced in Germany, transportation 50 km " disposalEnergy="3.97 kW·h/m²" disposalCarbon="4.48 kg" disposalDescription="100% sent to landfill, transportation 50 km"/>
<windowTypes windowTypeId="window_3" name="Low-E double-glazed window EnEV2016" uValue="1.3 W/(m²·K)" gValue="0.6" glazingNumber="2" frameRatio="0.3" embodiedEnergy="628.89 kW·h/m²" embodiedCarbon="81.57 kg" constructionDescription="double glazing with wooden frame, produced in Germany, transportation 50 km " disposalEnergy="3.97 kW·h/m²" disposalCarbon="4.48 kg" disposalDescription="100% sent to landfill, transportation 50 km"/>
<windowTypes windowTypeId="window_4" name="Low-E triple-glazed window" uValue="1.05 W/(m²·K)" gValue="0.5" glazingNumber="3" frameRatio="0.3" embodiedEnergy="694.42 kW·h/m²" embodiedCarbon="98.5 kg" constructionDescription="triple glazing with wooden frame, produced in Germany, transportation 50 km " disposalEnergy="4.56 kW·h/m²" disposalCarbon="4.93 kg" disposalDescription="100% sent to landfill, transportation 50 km"/>
<windowTypes windowTypeId="window_5" name="Low-E triple-glazed window KfW 40" uValue="0.91 W/(m²·K)" gValue="0.5" glazingNumber="3" frameRatio="0.3" embodiedEnergy="694.42 kW·h/m²" embodiedCarbon="98.5 kg" constructionDescription="triple glazing with wooden frame, produced in Germany, transportation 50 km " disposalEnergy="4.56 kW·h/m²" disposalCarbon="4.93 kg" disposalDescription="100% sent to landfill, transportation 50 km"/>
<windowTypes windowTypeId="window_6" name="Low-E triple-glazed window KfW 55" uValue="0.91 W/(m²·K)" gValue="0.5" glazingNumber="3" frameRatio="0.3" embodiedEnergy="694.42 kW·h/m²" embodiedCarbon="98.5 kg" constructionDescription="triple glazing with wooden frame, produced in Germany, transportation 50 km " disposalEnergy="4.56 kW·h/m²" disposalCarbon="4.93 kg" disposalDescription="100% sent to landfill, transportation 50 km"/>
<windowTypes windowTypeId="window_7" name="Single-glazed window" uValue="5.0 W/(m²·K)" gValue="0.86" glazingNumber="1" frameRatio="0.3" embodiedEnergy=" kW·h/m²" embodiedCarbon=" kg" constructionDescription="" disposalEnergy=" kW·h/m²" disposalCarbon=" kg" disposalDescription=""/>
</windowCatalog>
<materialCatalog name="German Building Typology Library IWU" description="Construction catalog from German Building Typology Library IWU" source="http://www.iwu.de">
<materialCategories name="Brick">
......
......@@ -25,7 +25,7 @@
<xsl:value-of select="' W/(m²·K)'" /></xsl:attribute>
<xsl:attribute name="gValue"><xsl:value-of select="gValue" /></xsl:attribute>
<xsl:attribute name="glazingNumber"><xsl:value-of select="glazingNumber" /></xsl:attribute>
<xsl:attribute name="frameRatio"><xsl:value-of select="name" /></xsl:attribute>
<xsl:attribute name="frameRatio"><xsl:value-of select="frameRatio" /></xsl:attribute>
<xsl:attribute name="embodiedEnergy"><xsl:value-of select="embodiedEnergy" />
<xsl:value-of select="' kW·h/m²'" /></xsl:attribute>
<xsl:attribute name="embodiedCarbon"><xsl:value-of select="embodiedCarbon" />
......
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