// 파일스트림 객체에 코일 정보를 기록한다.
// override 를 꼭 사용해야 가상함수가 아니라 현 함수가 호출된다.
public override bool writeObject(StreamWriter writeStream)
{
try
{
CWriteFile writeFile = new CWriteFile();
writeFile.writeBeginLine(writeStream, "Steel", 2);
// CNode
writeFile.writeDataLine(writeStream, "NodeName", NodeName, 3);
writeFile.writeDataLine(writeStream, "KindKey", m_kindKey, 3);
// CParts
writeFile.writeDataLine(writeStream, "MovingParts", MovingPart, 3);
// CSteel
writeFile.writeDataLine(writeStream, "Material", m_strMaterial, 3);
// CFace
//if (Face != null)
//{
// Face.writeObject(writeStream);
//}
writeFile.writeEndLine(writeStream, "Steel", 2);
}
catch (Exception ex)
{
CNotice.printTrace(ex.Message);
return(false);
}
return(true);
}
// 파일스트림 객체에 코일 정보를 기록한다.
// override 를 꼭 사용해야 가상함수가 아니라 현 함수가 호출된다.
public override bool writeObject(StreamWriter writeStream, int nLevel)
{
try
{
CWriteFile writeFile = new CWriteFile();
writeFile.writeBeginLine(writeStream, "ForceTest", nLevel);
// CNode
writeFile.writeDataLine(writeStream, "NodeName", NodeName, nLevel + 1);
writeFile.writeDataLine(writeStream, "KindKey", KindKey, nLevel + 1);
// CTest
writeFile.writeDataLine(writeStream, "MeshSizePercent", MeshSizePercent, nLevel + 1);
// CForceTest
writeFile.writeDataLine(writeStream, "Voltage", Voltage, nLevel + 1);
writeFile.writeDataLine(writeStream, "Current", Current, nLevel + 1);
writeFile.writeDataLine(writeStream, "MovingStroke", MovingStroke, nLevel + 1);
writeFile.writeEndLine(writeStream, "ForceTest", nLevel);
}
catch (Exception ex)
{
CNotice.printLog(ex.Message);
return(false);
}
return(true);
}
// 파일스트림 객체에 코일 정보를 기록한다.
// override 를 꼭 사용해야 가상함수가 아니라 현 함수가 호출된다.
public override bool writeObject(StreamWriter writeStream)
{
try
{
CWriteFile writeFile = new CWriteFile();
writeFile.writeBeginLine(writeStream, "ForceExperiment", 2);
// CNode
writeFile.writeDataLine(writeStream, "NodeName", NodeName, 3);
writeFile.writeDataLine(writeStream, "KindKey", m_kindKey, 3);
// CExperiment
writeFile.writeDataLine(writeStream, "MeshSizePercent", MeshSizePercent, 3);
// CForceExperiment
writeFile.writeDataLine(writeStream, "Voltage", Voltage, 3);
writeFile.writeDataLine(writeStream, "Current", Current, 3);
writeFile.writeDataLine(writeStream, "MovingStroke", MovingStroke, 3);
writeFile.writeEndLine(writeStream, "ForceExperiment", 2);
}
catch (Exception ex)
{
CNotice.printTrace(ex.Message);
return(false);
}
return(true);
}
// 파일스트림 객체에 코일 정보를 기록한다.
// override 를 꼭 사용해야 가상함수가 아니라 현 함수가 호출된다.
public override bool writeObject(StreamWriter writeStream)
{
try
{
CWriteFile writeFile = new CWriteFile();
writeFile.writeBeginLine(writeStream, "Magnet", 2);
// CNode
writeFile.writeDataLine(writeStream, "NodeName", NodeName, 3);
writeFile.writeDataLine(writeStream, "KindKey", m_kindKey, 3);
// CParts
writeFile.writeDataLine(writeStream, "MovingParts", MovingPart, 3);
// CMagnet
writeFile.writeDataLine(writeStream, "Material", m_strMaterial, 3);
writeFile.writeDataLine(writeStream, "Hc", Hc, 3);
writeFile.writeDataLine(writeStream, "Br", Br, 3);
writeFile.writeDataLine(writeStream, "MagnetPlane", emMagnetPlane, 3);
writeFile.writeDataLine(writeStream, "MagnetAngle", MagnetAngle, 3);
writeFile.writeEndLine(writeStream, "Magnet", 2);
}
catch (Exception ex)
{
CNotice.printTrace(ex.Message);
return(false);
}
return(true);
}
// 파일스트림 객체에 코일 정보를 기록한다.
// override 를 꼭 사용해야 가상함수가 아니라 현 함수가 호출된다.
public override bool writeObject(StreamWriter writeStream, int nLevel)
{
try
{
CWriteFile writeFile = new CWriteFile();
writeFile.writeBeginLine(writeStream, "Non-Kind", nLevel);
// CNode
writeFile.writeDataLine(writeStream, "NodeName", NodeName, nLevel + 1);
writeFile.writeDataLine(writeStream, "KindKey", KindKey, nLevel + 1);
// Non Kind 는 CNode 의 정보와 CShapParts 의 Face 정보만 필요하기 때문에
// 나머지 정보는 저장하지 않는다.
//
// CShapeParts
//writeFile.writeDataLine(writeStream, "MovingParts", MovingPart, nLevel + 1);
// CFace
if (Face != null)
{
Face.writeObject(writeStream, nLevel + 1);
}
writeFile.writeEndLine(writeStream, "Non-Kind", nLevel);
}
catch (Exception ex)
{
CNotice.printLog(ex.Message);
return(false);
}
return(true);
}
// 파일스트림 객체에 코일 정보를 기록한다.
// override 를 꼭 사용해야 가상함수가 아니라 현 함수가 호출된다.
public override bool writeObject(StreamWriter writeStream, int nLevel)
{
try
{
CWriteFile writeFile = new CWriteFile();
writeFile.writeBeginLine(writeStream, "Magnet", nLevel);
// CNode
writeFile.writeDataLine(writeStream, "NodeName", NodeName, nLevel + 1);
writeFile.writeDataLine(writeStream, "KindKey", KindKey, nLevel + 1);
// CParts
writeFile.writeDataLine(writeStream, "MovingParts", MovingPart, nLevel + 1);
// CMagnet
writeFile.writeDataLine(writeStream, "Material", m_strMaterialName, nLevel + 1);
writeFile.writeDataLine(writeStream, "MagnetDirection", emMagnetDirection, nLevel + 1);
// CFace
if (Face != null)
{
Face.writeObject(writeStream, nLevel + 1);
}
writeFile.writeEndLine(writeStream, "Magnet", nLevel);
}
catch (Exception ex)
{
CNotice.printLog(ex.Message);
return(false);
}
return(true);
}
public void writeObject(StreamWriter writeStream, int nLevel)
{
CWriteFile writeFile = new CWriteFile();
writeFile.writeBeginLine(writeStream, "Design", nLevel);
writeFile.writeDataLine(writeStream, "DesignName", m_strDesignName, nLevel + 1);
foreach (CDataNode node in GetNodeList)
{
node.writeObject(writeStream, nLevel + 1);
}
writeFile.writeEndLine(writeStream, "Design", nLevel);
}
// 파일스트림 객체에 코일 정보를 기록한다.
// override 를 꼭 사용해야 가상함수가 아니라 현 함수가 호출된다.
public override bool writeObject(StreamWriter writeStream, int nLevel)
{
try
{
CWriteFile writeFile = new CWriteFile();
writeFile.writeBeginLine(writeStream, "Coil", nLevel);
// CNode
writeFile.writeDataLine(writeStream, "NodeName", NodeName, nLevel + 1);
writeFile.writeDataLine(writeStream, "KindKey", KindKey, nLevel + 1);
// CParts
writeFile.writeDataLine(writeStream, "MovingParts", MovingPart, nLevel + 1);
// CCoil
writeFile.writeDataLine(writeStream, "Material", MaterialName, nLevel + 1);
writeFile.writeDataLine(writeStream, "CurrentDirection", CurrentDirection, nLevel + 1);
writeFile.writeDataLine(writeStream, "Turns", Turns, nLevel + 1);
writeFile.writeDataLine(writeStream, "Resistance", Resistance, nLevel + 1);
writeFile.writeDataLine(writeStream, "Resistance_20", Resistance_20, nLevel + 1);
writeFile.writeDataLine(writeStream, "Layers", Layers, nLevel + 1);
writeFile.writeDataLine(writeStream, "TurnsOfOneLayer", TurnsOfOneLayer, nLevel + 1);
writeFile.writeDataLine(writeStream, "CoilWireGrade", CoilWireGrade, nLevel + 1);
writeFile.writeDataLine(writeStream, "InnerDiameter", InnerDiameter, nLevel + 1);
writeFile.writeDataLine(writeStream, "OuterDiameter", OuterDiameter, nLevel + 1);
writeFile.writeDataLine(writeStream, "Height", Height, nLevel + 1);
writeFile.writeDataLine(writeStream, "CopperDiameter", CopperDiameter, nLevel + 1);
writeFile.writeDataLine(writeStream, "WireDiameter", WireDiameter, nLevel + 1);
writeFile.writeDataLine(writeStream, "Temperature", Temperature, nLevel + 1);
writeFile.writeDataLine(writeStream, "HorizontalCoefficient", HorizontalCoefficient, nLevel + 1);
writeFile.writeDataLine(writeStream, "VerticalCoefficient", VerticalCoefficient, nLevel + 1);
writeFile.writeDataLine(writeStream, "ResistanceCoefficient", ResistanceCoefficient, nLevel + 1);
// CFace
if (Face != null)
{
Face.writeObject(writeStream, nLevel + 1);
}
writeFile.writeEndLine(writeStream, "Coil", nLevel);
}
catch (Exception ex)
{
CNotice.printLog(ex.Message);
return(false);
}
return(true);
}
public void writeObject(StreamWriter writeStream)
{
CWriteFile writeFile = new CWriteFile();
writeFile.writeBeginLine(writeStream, "Design", 1);
writeFile.writeDataLine(writeStream, "DesignName", m_strDesignName, 2);
foreach (CNode node in NodeList)
{
node.writeObject(writeStream);
}
writeFile.writeEndLine(writeStream, "Design", 1);
}
public void writeObject(System.IO.StreamWriter writeStream, int nLevel)
{
CWriteFile writeFile = new CWriteFile();
writeFile.writeBeginLine(writeStream, "Shape", nLevel);
writeFile.writeDataLine(writeStream, "BasePointX", m_basePoint.X.ToString(), nLevel + 1);
writeFile.writeDataLine(writeStream, "BasePointY", m_basePoint.Y.ToString(), nLevel + 1);
writeFile.writeDataLine(writeStream, "FaceType", m_emFaceType, nLevel + 1);
foreach (CPoint pointe in m_listRelativePoint)
{
writeFile.writeDataLine(writeStream, "PointX", pointe.X.ToString(), nLevel + 1);
writeFile.writeDataLine(writeStream, "PointY", pointe.Y.ToString(), nLevel + 1);
writeFile.writeDataLine(writeStream, "LineKind", pointe.LineKind.ToString(), nLevel + 1);
writeFile.writeDataLine(writeStream, "ArcDriction", pointe.DirectionArc.ToString(), nLevel + 1);
}
writeFile.writeEndLine(writeStream, "Shape", nLevel);
}
public void writeObject(StreamWriter writeStream)
{
CWriteFile writeFile = new CWriteFile();
string strTemp = string.Empty;
writeFile.writeBeginLine(writeStream, "Design", 1);
writeFile.writeDataLine(writeStream, "DesignName", m_strDesignName, 2);
foreach (string str in m_listAllShapeName)
{
strTemp = strTemp + str + ',';
}
writeFile.writeDataLine(writeStream, "AllShapeName", strTemp, 2);
strTemp = string.Empty;
foreach (string str in m_listRemainedShapeName)
{
strTemp = strTemp + str + ',';
}
writeFile.writeDataLine(writeStream, "RemainedShapeName", strTemp, 2);
writeFile.writeDataLine(writeStream, "ShapeMinX", m_dMinX.ToString(), 2);
writeFile.writeDataLine(writeStream, "ShapeMaxX", m_dMaxX.ToString(), 2);
writeFile.writeDataLine(writeStream, "ShapeMinY", m_dMinY.ToString(), 2);
writeFile.writeDataLine(writeStream, "ShapeMaxY", m_dMaxY.ToString(), 2);
writeFile.writeDataLine(writeStream, "ShapeMinZ", m_dMinZ.ToString(), 2);
writeFile.writeDataLine(writeStream, "ShapeMaxZ", m_dMaxZ.ToString(), 2);
foreach (CNode node in NodeList)
{
node.writeObject(writeStream);
}
writeFile.writeEndLine(writeStream, "Design", 1);
}
