oalefingeom.h

来自「openaccess读def,lef文件所用的源代码」· C头文件 代码 · 共 149 行

// *****************************************************************************
// *****************************************************************************
// LefInGeom.h
//
// The LefInGeom class is constructed with a set of geometries
// provided by the CAT parser, and creates shapes or blockages for
// each of them.
//
// *****************************************************************************
// Except as specified in the OpenAccess terms of use of Cadence or Silicon
// Integration Initiative, this material may not be copied, modified,
// re-published, uploaded, executed, or distributed in any way, in any medium,
// in whole or in part, without prior written permission from Cadence.
//
//                Copyright 2002-2005 Cadence Design Systems, Inc.
//                           All Rights Reserved.
//
//  $Author: sailajad $
//  $Revision: 1.44 $
//  $Date: 2005/08/05 01:41:34 $
//  $State: Exp $
// *****************************************************************************
// *****************************************************************************



#ifndef LefInGeom_P
#define LefInGeom_P

BEGIN_LEFDEF_NAMESPACE



// *****************************************************************************
// LefInGeom
// *****************************************************************************
class OA_LEFDEF_DLL_API	LefInGeom {
  public:
                            LefInGeom(LefIn	    &translator);
    virtual		    ~LefInGeom();

  protected:
    virtual void	    parseGeometries(lefiGeometries    *geom);
    virtual void	    parseGeom(oaInt4	itemNum);
    virtual void	    parseLayer(const oaString	&layerName) = 0;
    virtual void	    createRect(const oaBox  &box) = 0;
    virtual void	    createPath(const oaPointArray   &pointArray) = 0;
    virtual void	    createPolygon(const	oaPointArray	&pointArray) = 0;
    virtual void	    createVia(oaVia	    *via,
				      const oaPoint &point) = 0;
    virtual void	    createDot(const oaPoint &point) = 0;
    virtual void	    createLine(const oaPointArray   &pointArray) = 0;

    virtual void	    createConstraints(oaFig *fig);

    void		    createRect(lefiGeomRectIter	*lefRectIter);
    void		    createRect(lefiGeomRect *rect,
				       oaDouble	    offsetX = 0.0,
				       oaDouble	    offsetY = 0.0);
    void		    createPath(lefiGeomPathIter	*lefPathIter);
    void		    createPath(lefiGeomPath *lefPath,
				       oaDouble	    offsetX = 0.0,
				       oaDouble	    offsetY = 0.0);
    void		    createPolygon(lefiGeomPolygonIter	*lefPolygonIter);
    void		    createPolygon(lefiGeomPolygon   *lefPolygon,
					  oaDouble	    offsetX = 0.0,
					  oaDouble	    offsetY = 0.0);
    void		    createVia(lefiGeomViaIter	*lefViaIter);
    void		    createVia(lefiGeomVia   *lefVia,
				      oaDouble	    offsetX = 0.0,
				      oaDouble	    offsetY = 0.0);

    oaLayerNum		    getLayerNum();

    oaLayerNum              currentLayerNum;
    oaUInt4                 currentWidth;
    oaUInt4                 currentSpacing;
    oaUInt4		    currentEffectiveWidth;
    oaBoolean               hasLayer;

    lefiGeometries          *lefGeom;
    LefIn		    &lefIn;
};



// *****************************************************************************
// LefInGeomPin
// *****************************************************************************
class LefInGeomPin : public LefInGeom{
  public:
                            LefInGeomPin(LefIn		&translator,
					 oaPurposeNum	purposeNumIn = oavPurposeNumberDrawing);

    void		    parse(lefiGeometries    *geom,
				  oaPin		    *pinIn);

    oaBoolean		    isClassCore();

  protected:
    virtual void	    parseGeom(oaInt4	itemNum);
    virtual void	    parseClass(const oaString	&c);
    virtual void	    parseLayer(const oaString	&layerName);
    virtual void	    createRect(const oaBox  &box);
    virtual void	    createDot(const oaPoint &point);
    virtual void	    createLine(const oaPointArray   &pointArray);
    virtual void	    createPath(const oaPointArray   &pointArray);
    virtual void	    createVia(oaVia	    *via,
				      const oaPoint &point);
    virtual void	    createPolygon(const	oaPointArray	&pointArray);

    oaPurposeNum	    purposeNum;
    oaBoolean               classCore;
    oaPin		    *pin;
};



// *****************************************************************************
// LefInGeomObs
// *****************************************************************************
class LefInGeomObs : public LefInGeom{
  public:
                            LefInGeomObs(LefIn	&translator);
			   
    void		    parse(lefiGeometries    *geom);

  protected:
    virtual void	    parseLayer(const oaString	&layerName);
    virtual void	    createRect(const oaBox  &box);
    virtual void	    createDot(const oaPoint &point);
    virtual void	    createLine(const oaPointArray   &pointArray);
    virtual void	    createPath(const oaPointArray   &pointArray);
    virtual void	    createVia(oaVia	    *via,
				      const oaPoint &point);
    virtual void	    createPolygon(const	oaPointArray	&pointArray);
    virtual void	    createConstraints(oaFig *fig);

    void		    createBlockage(const oaPointArray	&pointArray);

    oaBoolean		    overlap;
};
    
    
    
END_LEFDEF_NAMESPACE

#endif