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	B2BCatalogGazeDirections
occurs	1
description	describes the gaze direction that must be used for the determination of the minimum fitting height ZERO MAIN

fitting
type	B2BCatalogGeoFitting
occurs	0..1
description	describes the way the fitting height has to be interpreted

singlevision
type	B2BCatalogGeoSingleVision
occurs	1
description	describes the geometry of a single vision lens

progressive
type	B2BCatalogGeoProgressive
occurs	1
description	describes the geometry of a progressive lens

bifocal
type	B2BCatalogGeoBifocal
occurs	1
description	describes the geometry of a bifocal lens

trifocal
type	B2BCatalogGeoTrifocal
occurs	1
description	describes the geometry of a trifocal lens

<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>