inductor.cpp

电子元器件绘制系统

// Inductor.cpp: implementation of the CInductor class.
//
//////////////////////////////////////////////////////////////////////

#include "stdafx.h"
#include "DrawChip.h"
#include "Inductor.h"

#ifdef _DEBUG
#undef THIS_FILE
static char THIS_FILE[]=__FILE__;
#define new DEBUG_NEW
#endif
IMPLEMENT_SERIAL(CInductor, CComponent,0)
//////////////////////////////////////////////////////////////////////
// Construction/Destruction
//////////////////////////////////////////////////////////////////////

//##ModelId=3E18E0D00367
CInductor::CInductor()
{

}

//##ModelId=3E18E0D00368
CInductor::~CInductor()
{

}

//##ModelId=3E18E0D00366
CString CInductor::GetCompacity()
{
	return m_strCompacity;
}

//##ModelId=3E18E0D0032C
void CInductor::SetCompacity(CString &Compacity)
{
	m_strCompacity = Compacity;
}

//##ModelId=3E18E0D0032A
void CInductor::SetFrequence(CString &Frequence)
{
	m_strFrequence = Frequence;
}

//##ModelId=3E18E0D002FB
CString CInductor::GetFrequence()
{
	return m_strFrequence;
}

//##ModelId=3E18E0D002FA
CString CInductor::GetPressure()
{
	return m_strPressure;
}

//##ModelId=3E18E0D002F8
void CInductor::SetPressure(CString &Pressure)
{
	m_strPressure = Pressure;
}

//##ModelId=3E18E0D002BE
void CInductor::SetWork(CString &Work)
{
	m_strWork = Work;
}

//##ModelId=3E18E0D002BD
CString CInductor::GetWork()
{
	return m_strWork;
}

//##ModelId=3E18E0D00255
CInductor::CInductor(INDUCTOR Inductor)
{
	//根据结构体Inductor在默认位置构造一个电阻对象
	//在粘贴时使用
	SetColor(Inductor.m_color);
	SetLineWidth(Inductor.m_iLineWidth);
	SetRotateAngle(Inductor.m_RotateAngle);
	SetName(Inductor.m_strName);
	SetIsSelected(Inductor.m_IsSelected);
	m_strCompacity = Inductor.m_strCompacity ;
	m_strPressure = Inductor.m_strPressure ;
	m_strFrequence = Inductor.m_strFrequence ;
	m_strWork = Inductor.m_strWork ;
	//m_Rect = CRect(0,0,100,60);	
	m_Rect = CRect(1000,-1000,3000,-2000);
	m_RectLP = m_Rect;
	m_RectTracker.m_rect = m_Rect;
	m_RectTracker.m_nStyle = CRectTracker::resizeOutside;	
}

//##ModelId=3E18E0D00251
void CInductor::GetNumInNameSer(CObList *pObList, CObList *pNumSer, int *pMax)
{
	*pMax = 0;
	POSITION pos = pObList->GetHeadPosition();	
	CObject *pObject;
	CInductor *pInductor;
	CString strName;
	CString strLastName;	
	while (pos != NULL)
	{
		pObject = pObList->GetAt(pos);
		if (pObject->IsKindOf(RUNTIME_CLASS(CInductor)))
		{
			pInductor = (CInductor*)pObject;
			strName = pInductor->GetName();
			if ((strName.GetAt(0) == 'I') || (strName.GetAt(0) == 'i'))
			//如果名称的第一个字母是R或r
			{
				strLastName = strName.Mid(1);
				//判断余下的字符是否数字
				if (IsNum(strLastName))
				//余下的字符全部都是数字
				{
					int i;
					i = atoi(strLastName);
					int *p = new int(i);
					pNumSer->AddHead((CObject *)p);
					if (i>(*pMax))
					{
						*pMax = i;
					}
				}
				else
				//余下的字符不全是数字
				{
					//忽略不记
				}
			}
			else
			//名称的第一个字母不是R或r
			{
			}
		}
		else		
		{
		}
		pObList->GetNext(pos);
	}	
}

//##ModelId=3E18E0D0024F
CInductor::CInductor(CPoint *pt)
{
	/*由于需要把新生成的元器件对象的m_Rect左上角坐标设置为*/
	/*鼠标点按处的坐标转换成逻辑坐标后的值，并且初始化m_Rect的右下角坐标*/
	/*所以将这一系列的初始化操作加到了CInductor(CPoint *pt)构造函数中*/
	m_Rect.left = pt->x;
	m_Rect.top = pt->y;
	m_Rect.right = m_Rect.left  + 2000; // 100;
	m_Rect.bottom = m_Rect.top -1000;   //+ 60;	
	m_RectLP = m_Rect;
	m_RectTracker.m_rect = m_Rect;
	m_RectTracker.m_nStyle = CRectTracker::resizeOutside;
}

//##ModelId=3E18E0D00223
void CInductor::Serialize(CArchive &ar)
{
	CComponent::Serialize(ar);
	//需要序列化m_RectLP
	if (ar.IsStoring())
	{
		ar<<m_Rect<<m_RectLP<<m_RectTracker.m_nStyle<<m_strCompacity<<m_strPressure<<m_strFrequence<<m_strWork;
		//<<m_RectTracker.m_rect
	}
	else
	{
		ar>>m_Rect>>m_RectLP>>m_RectTracker.m_nStyle>>m_strCompacity>>m_strPressure>>m_strFrequence>>m_strWork;
		//>>m_RectTracker.m_rect
	}
}

//##ModelId=3E18E0D00221
CString CInductor::CalculateName(CObList *pObList)
{
	CObList *pNumSer = new CObList;
	int max;	
	char buf[10];
	GetNumInNameSer(pObList,pNumSer,&max);
	//分析数字序列
	for (int i=1;i<=max;i++)
	{
		if (IsInList(i,pNumSer))
		{
		}
		else
		{
			break;
		}
	}

	itoa(i,buf,10);

	while (pNumSer->GetHeadPosition())
	{
		delete (int *)pNumSer->RemoveHead();
	}
	delete pNumSer;
	return "I"+ CString(buf);
}

//##ModelId=3E18E0D0021F
void CInductor::Draw(CDC *pDC)
{
	/*根据元器件对象的颜色和线宽属性值绘制*/
	CString name = this->GetName();
	int width = m_Rect.Width() ;
	int height = m_Rect.Height() ;

	CPen newpen(PS_SOLID,GetLineWidth(),GetColor());
	CPen *pOldPen = pDC->SelectObject(&newpen);
	
	pDC->MoveTo((int)(m_Rect.left),(int)(m_Rect.top + height*0.25));
	pDC->LineTo((int)(m_Rect.left+width*0.2),(int)(m_Rect.top + height*0.25));

	pDC->MoveTo((int)(m_Rect.left+width*0.2),(int)(m_Rect.top + height*0.25)); 
	pDC->LineTo((int)(m_Rect.left +width*0.3),(int)(m_Rect.top));

	pDC->MoveTo((int)(m_Rect.left +width*0.3),(int)(m_Rect.top));
	pDC->LineTo((int)(m_Rect.left +width*0.4),(int)(m_Rect.top+height*0.25));

	pDC->MoveTo((int)(m_Rect.left +width*0.4),(int)(m_Rect.top+height*0.25)); 
	pDC->LineTo((int)(m_Rect.left +width*0.5),(int)(m_Rect.top));

	pDC->MoveTo((int)(m_Rect.left +width*0.5),(int)(m_Rect.top));
	pDC->LineTo((int)(m_Rect.left +width*0.6),(int)(m_Rect.top+height*0.25));

	pDC->MoveTo((int)(m_Rect.left +width*0.6),(int)(m_Rect.top+height*0.25));
	pDC->LineTo((int)(m_Rect.left +width*0.7),(int)(m_Rect.top));
	
	pDC->MoveTo((int)(m_Rect.left +width*0.7),(int)(m_Rect.top));
	pDC->LineTo((int)(m_Rect.left +width*0.8),(int)(m_Rect.top+height*0.25));

	pDC->MoveTo((int)(m_Rect.left +width*0.8),(int)(m_Rect.top+height*0.25));
	pDC->LineTo((int)(m_Rect.left +width),(int)(m_Rect.top+height*0.25));

	pDC->SetBkMode(TRANSPARENT);
	pDC->TextOut((int)(m_Rect.left + width * 0.2),(int)(m_Rect.top + height*0.25),name);

	pDC->SelectObject(pOldPen);
}

//##ModelId=3E18E0D0021D
void CInductor::CopyInToStrucIn(INDUCTOR &Inductor)
{
	lstrcpy(Inductor.m_strClassType, "Inductor");			
	Inductor.m_color = this->GetColor();
	Inductor.m_iLineWidth = this->GetLineWidth();
	Inductor.m_IsSelected = this->GetIsSelected();
	Inductor.m_RotateAngle =this->GetRotateAngle();						
	lstrcpy(Inductor.m_strName , this->GetName());
	lstrcpy(Inductor.m_strCompacity , this->GetCompacity());				
	lstrcpy(Inductor.m_strFrequence , this->GetFrequence());
	lstrcpy(Inductor.m_strPressure , this->GetPressure());
	lstrcpy(Inductor.m_strWork , this->GetWork());
}