#include "StdAfx.h"
#include "GeDbPolyline.h"
#include "globalFunc.h"

GeDbPolyline::GeDbPolyline(const GePoly2D &poly,double lw)
: m_poly(poly),m_nLineWeight(lw)
{

}

GeDbPolyline::GeDbPolyline(const AcDbPolyline &pline)
{
	m_poly.SetAcDbCurve((AcDbPolyline*)&pline);
	m_nLineWeight = 0;
	
	pline.getConstantWidth(m_nLineWeight);
}

AcDbEntity *GeDbPolyline::CreateAcDbEntity()const
{
	AcDbPolyline *pline = new AcDbPolyline;
	GlobalFunc::PolyConvert(m_poly, *pline);
	pline->setConstantWidth(m_nLineWeight);
	
	return pline;
}

void GeDbPolyline::CutBy(const GePoly2D &poly,PtrList<GeDbCurveEntity>&lstIn,PtrList<GeDbCurveEntity>&lstOut,PtrList<GeDbCurveEntity>&lstEdge)const
{
	PtrList<GeCurveSegment> lstSeg,lstIn0,lstOut0,lstEdge0;
	GlobalFunc::ExplodePoly2D(m_poly,lstSeg);
	GlobalFunc::PolyClip(lstSeg,poly,lstIn0,lstOut0,lstEdge0);
	
	for (long i = 0; i < lstIn0.Length(); i++)
	{
		GePoly2D poly1;
		lstIn0[i]->AsPoly2D(poly1);
		
		lstIn.Append(new GeDbPolyline(poly1,m_nLineWeight));
	}
	
	for (i = 0; i < lstOut0.Length(); i++)
	{
		GePoly2D poly1;
		lstOut0[i]->AsPoly2D(poly1);
		
		lstOut.Append(new GeDbPolyline(poly1,m_nLineWeight));
	}
	
	for (i = 0; i < lstEdge0.Length(); i++)
	{
		GePoly2D poly1;
		lstEdge0[i]->AsPoly2D(poly1);
		
		lstEdge.Append(new GeDbPolyline(poly1,m_nLineWeight));
	}
}

GePoly2D GeDbPolyline::GetPoly() const
{
	return m_poly;
}

void GeDbPolyline::SetPoly(const GePoly2D poly)
{
	m_poly = poly;
}

double GeDbPolyline::GetLineWeight()const
{
	return m_nLineWeight;
}

void GeDbPolyline::SetLineWeight(const double dLineWeight)
{
	m_nLineWeight = dLineWeight;
}