This information corresponds to the antennaData object associated with a terminal. There is an antennaData object for each ANTENNAMODEL used. All value fields are scaled to DBU as areas.

Note: this also includes the ANTENNA*CAR values, which are actually ratios. Applications using these ratios must reverse this scaling before applying them.

The following table shows the correspondence between antennaModel and DEF ANTENNAMODEL:

ANTENNA* values are stored in an oaAntennaArea object, which is appended to one of the oaAntennaAreaArray attributes of the oaAntennaData object. Use the following API to obtain the information:

   void oaTerm::getAntennaData(oaAntennaData &data,
                               const oaAntennaModel &model = oacDefaultAntennaModel)

   const oaAntennaModel &oaAntennaData::getModel() const

   const oaAntennaAreaArray &oaAntennaData::partialMetal() const
   const oaAntennaAreaArray &oaAntennaData::partialMetalSide() const
   const oaAntennaAreaArray &oaAntennaData::partialCut() const
   const oaAntennaAreaArray &oaAntennaData::diff() const
   const oaAntennaAreaArray &oaAntennaData::gate() const
   const oaAntennaAreaArray &oaAntennaData::maxCAR() const
   const oaAntennaAreaArray &oaAntennaData::maxSideCAR() const
   const oaAntennaAreaArray &oaAntennaData::maxCutCAR() const

   oaUInt8 oaAntennaArea::area() const
   oaLayerNum oaAntennaArea::layerNum() const

The DIRECTION attribute maps to OpenAccess as the oaTermType attribute of the current oaTerm. The correspondence between oaTermType and DEF DIRECTION is shown in the following table.

INOUT is the default DEF PIN direction if unspecified.

The NETEXPR statement maps to OpenAccess as an oaTermConnectDef. The netExprPropName is stored as the assignmentNameIn of an oaAssignmentDef, and the defaultNetName is stored as the defaultNameIn of the oaAssignmentDef. The oaAssignmentDef is then associated with the current oaTerm by the oaTermConnectDef.

The PORT attributes map to OpenAccess as oaPin objects. The associated shapes and vias are stored as the oaPin figures.

The LAYER attributes map to OpenAccess as oaRect shapes on the specified layerName. The oaRect shapes are added to the current oaPin figures.

The SPACING attribute maps to OpenAccess as an oacMinSpacing constraint on the shape.

The DESIGNRULEWIDTH attribute does not map to OpenAccess, and a warning is issued if this is detected in DEF.

<pt pt> correspond to the lower left and upper right points of the rectangle figure of a pin object, which is associated with the terminal. <layerName> is the name of the layer associated with the figure.

The POLYGON attributes map to OpenAccess as oaPolygon shapes on the specified layerName. The oaPolygon shapes are added to the current oaPin figures.

The SPACING attribute is stored as an oacMinSpacing constraint on the shape.

The DESIGNRULEWIDTH attribute is not stored in OpenAccess.

A VIA for a DEF PIN maps to OpenAccess as an oaVia with the oaViaDef specified by the viaName and the location specified by pt. The oaVia is added to the current oaPin figures.

The COVER, FIXED and PLACED attributes map to OpenAccess as the oaTransform and oaPlacementStatus attributes of the current oaPin. The placementStatus maps as shown in the following table.

Pins that have shapes, and that have the oacNonePlacementStatus, map to DEF as PLACED. Pins without shapes that have the oacUnplacedPlacementStatus map to DEF with the placement status unspecified.

For SUPPLYSENSITIVITY the oaTerm specified by powerPinName is stored in the supplySensitivity attribute of the current oaTerm.

For GROUNDSENSITIVITY the oaTerm specified by groundPinName is stored in the groundSensitivity attribute of the current oaTerm.

The SPECIAL attribute is stored in OpenAccess as the routeMethod attribute of the current oaTerm. The attribute defaults to oacSymbolicRouteMethod, and is set to oacGeometricRouteMethod when the SPECIAL attribute is used. This attribute is included in DEF if the terminal has a geometric routeMethod attribute (value oacGeometricRouteMethod).

The USE attribute maps to OpenAccess as the oaSigType attribute of the current oaTerm. The correspondence between oaSigType and DEF USE is shown in the following table.