172 lines
2.8 KiB
C++
172 lines
2.8 KiB
C++
#include "stdafx.h"
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#include <afx.h>
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#include <afxtempl.h>
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#include "cd_nosebl.h"
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/////////////////////////////////////////////////////////////////////////////
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// CNode construction
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CNode::CNode()
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{
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x=0.;
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y=0.;
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IsSelected=FALSE;
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InGroup=0;
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BoundaryMarker="<None>";
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InConductor="<None>";
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}
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double CNode::GetDistance(double xo, double yo)
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{
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return sqrt((x-xo)*(x-xo) + (y-yo)*(y-yo));
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}
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CComplex CNode::CC()
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{
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return CComplex(x,y);
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}
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void CNode::ToggleSelect()
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{
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if (IsSelected==TRUE) IsSelected=FALSE;
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else IsSelected=TRUE;
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}
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/////////////////////////////////////////////////////////////////////////////
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// CSegment construction
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CSegment::CSegment()
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{
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n0=0;
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n1=0;
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IsSelected=FALSE;
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Hidden=FALSE;
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MaxSideLength=-1;
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BoundaryMarker="<None>";
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InConductor="<None>";
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InGroup=0;
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}
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void CSegment::ToggleSelect()
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{
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if (IsSelected==TRUE) IsSelected=FALSE;
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else IsSelected=TRUE;
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}
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/////////////////////////////////////////////////////////////////////////////
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// CArcSegment construction
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CArcSegment::CArcSegment()
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{
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n0=0;
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n1=0;
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IsSelected=FALSE;
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Hidden=FALSE;
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ArcLength=90.;
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MaxSideLength=10.;
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mySideLength=1;
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BoundaryMarker="<None>";
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InConductor="<None>";
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InGroup=0;
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NormalDirection=TRUE;
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}
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void CArcSegment::ToggleSelect()
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{
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if (IsSelected==TRUE) IsSelected=FALSE;
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else IsSelected=TRUE;
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}
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/////////////////////////////////////////////////////////////////////////////
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// CNode construction
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CBlockLabel::CBlockLabel()
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{
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x=0.;
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y=0.;
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MaxArea=0.;
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IsSelected=FALSE;
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BlockType="<None>";
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InGroup=0;
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IsExternal=FALSE;
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IsDefault=FALSE;
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}
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void CBlockLabel::ToggleSelect()
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{
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if (IsSelected==TRUE) IsSelected=FALSE;
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else IsSelected=TRUE;
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}
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double CBlockLabel::GetDistance(double xo, double yo)
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{
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return sqrt((x-xo)*(x-xo) + (y-yo)*(y-yo));
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}
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CMaterialProp::CMaterialProp()
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{
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BlockName="New Material";
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ox=oy=0.; // electrical conductivity, MS/m
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ex=ey=1.; // electrical permittivity, relative
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ltx=lty=0; // loss tangent of electrial permittivity
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}
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CMaterialProp::~CMaterialProp()
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{
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}
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CBoundaryProp::CBoundaryProp()
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{
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BdryName="New Boundary";
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BdryFormat=0; // type of boundary condition we are applying
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c0=0;
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c1=0;
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vs=0;
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qs=0;
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}
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CPointProp::CPointProp()
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{
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PointName="New Point Property";
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vp=0; // nodal voltage
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qp=0; // point current density
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}
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CCircuit::CCircuit()
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{
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CircName="New Conductor";
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vc=0;
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qc=0;
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CircType=0;
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};
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CPeriodicBoundary::CPeriodicBoundary()
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{
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BdryName="";
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BdryFormat=0;
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nseg=0;
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narc=0;
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seg[0]=0;
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seg[1]=0;
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}
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CCommonPoint::CCommonPoint()
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{
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x=y=t=0;
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}
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void CCommonPoint::Order()
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{
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int z;
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if(x>y){
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z=y;
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y=x;
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x=z;
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}
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}
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