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en:lenscatalog:version070000:complextypes:b2bcataloglensgeo [2016/11/08 13:48] nicole.backmannen:lenscatalog:version070000:complextypes:b2bcataloglensgeo [2017/07/10 14:13] (current) nicole.backmann
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 +======B2BCatalogLensGeo======
 +
 +[[en:lenscatalog:version070000:structure|b2bOpticLensCatalog]]->[[en:lenscatalog:version070000:complextypes:b2bcataloglensgeos|lensGeos]]->lensGeo
 +
 +{{en:lenscatalog:version070000:images:b2bcataloglensgeo.png?nolink|B2BCatalogLensGeo}}
 +
 +^diameterDiff^^
 +^type |xs:decimal ^
 +^unity | mm ^
 +^occurs |0..1 ^
 +^description | describes the difference beetween horizontal and vertical diameter of the lens \\     - 0 for round-shaped lenses \\     - positive for horizontally elliptic lenses \\     - negative for vertically elliptic lenses ^
 +
 +^diameterTolerance^^
 +^type |xs:decimal ^
 +^unity | mm ^
 +^occurs |0..1 ^
 +^description | describes the tolerance that must be added to the calculated diameter e.g. for resin runs or AR cut outs  ^
 +
 +^gazeDirection^^
 +^type |[[en:lenscatalog:version070000:simpletypes:b2bcataloggazedirections|B2BCatalogGazeDirections]] ^
 +^occurs |1 ^
 +^description | describes the gaze direction that must be used for the determination of the minimum fitting height \\ ZERO \\ MAIN ^
 +
 +^fitting^^
 +^type |[[en:lenscatalog:version070000:complextypes:b2bcataloggeofitting|B2BCatalogGeoFitting]] ^
 +^occurs |0..1 ^
 +^description | describes the way the fitting height has to be interpreted ^
 +
 +^singlevision^^
 +^type |[[en:lenscatalog:version070000:complextypes:b2bcataloggeosinglevision|B2BCatalogGeoSingleVision]] ^
 +^occurs |1 ^
 +^description |describes the geometry of a single vision lens^
 +
 +^progressive^^
 +^type |[[en:lenscatalog:version070000:complextypes:b2bcataloggeoprogressive|B2BCatalogGeoProgressive]] ^
 +^occurs |1 ^
 +^description |describes the geometry of a progressive lens ^
 +
 +^bifocal^^
 +^type |[[en:lenscatalog:version070000:complextypes:b2bcataloggeobifocal|B2BCatalogGeoBifocal]] ^
 +^occurs |1 ^
 +^description |describes the geometry of a bifocal lens ^
 +
 +^trifocal^^
 +^type |[[en:lenscatalog:version070000:complextypes:b2bcataloggeotrifocal|B2BCatalogGeoTrifocal]] ^
 +^occurs |1 ^
 +^description |describes the geometry of a trifocal lens ^
 +
 +<code xml>
 +<xs:complexType name="B2BCatalogLensGeo">
 +  <xs:sequence>
 +    <xs:element default="0" minOccurs="0" name="diameterDiff" type="xs:decimal"/>
 +    <xs:element default="0" minOccurs="0" name="diameterTolerance" type="xs:decimal"/>
 +    <xs:element name="gazeDirection" type="B2BCatalogGazeDirections"/>
 +    <xs:element minOccurs="0" name="fitting" type="B2BCatalogGeoFitting"/>
 +    <xs:choice>
 +      <xs:element name="singlevision" type="B2BCatalogGeoSingleVision"/>
 +      <xs:element name="progressive" type="B2BCatalogGeoProgressive"/>
 +      <xs:element name="bifocal" type="B2BCatalogGeoBifocal"/>
 +      <xs:element name="trifocal" type="B2BCatalogGeoTrifocal"/>
 +    </xs:choice>
 +  </xs:sequence>
 +</xs:complexType>
 +</code>