NAME

       EMF::EMRPOLYPOLYGON - EMF Poly Polygon.

SYNOPSIS

       #include <libemf.h>

       Inherits EMF::METARECORD, and EMRPOLYPOLYLINE.

   Public Member Functions
       EMRPOLYPOLYGON (const RECTL *bounds, const POINT *points, const INT *counts, UINT polygons)
       ~EMRPOLYPOLYGON ()
       EMRPOLYPOLYGON (DATASTREAM &ds)
       bool serialize (DATASTREAM ds)
       int size (void) const
       void execute (METAFILEDEVICECONTEXT *source, HDC dc) const

Detailed Description

       EMF Poly Polygon.

       Draw several filled polygons.

Constructor & Destructor Documentation

   EMF::EMRPOLYPOLYGON::EMRPOLYPOLYGON (const RECTL * bounds, const POINT * points, const INT * counts, UINT
       polygons) [inline]
       Parameters
           bounds overall bounding box of polygon.
           points array of polygon vertices.
           counts array of number of vertices in each polygon.
           polygons number of polygons.

   EMF::EMRPOLYPOLYGON::~EMRPOLYPOLYGON () [inline]
       Destructor frees a copy of the counts and points it buffered.

   EMF::EMRPOLYPOLYGON::EMRPOLYPOLYGON (DATASTREAM & ds) [inline]
       Construct a Polygon record from the input stream.

       Parameters
           ds Metafile datastream.

Member Function Documentation

   void EMF::EMRPOLYPOLYGON::execute (METAFILEDEVICECONTEXT * source, HDC dc) const [inline],  [virtual]
       Execute this record in the context of the given device context.

       Parameters
           source the device context from which this record is taken.
           dc device context for execute.

       Implements EMF::METARECORD.

   bool EMF::EMRPOLYPOLYGON::serialize (DATASTREAM ds) [inline],  [virtual]
       Parameters
           ds Metafile datastream.

       Implements EMF::METARECORD.

   int EMF::EMRPOLYPOLYGON::size (void) const [inline],  [virtual]
       Internally computed size of this record.

       Implements EMF::METARECORD.

Author

       Generated automatically by Doxygen for libemf from the source code.

Version 1.0.9                                    Tue Mar 24 2020                          EMF::EMRPOLYPOLYGON(3)