public override void ExportAsDXF(DXFExport ADXFExport)
{
ADXFExport.AddName("TEXT", "AcDbText");
ADXFExport.AddColor(this.data);
ADXFExport.Add3DPoint(10, this.data.point);
ADXFExport.AddFloat(40, ADXFExport.MM(this.data.height));
if (this.data.fScale != 0f)
{
ADXFExport.AddFloat(41, this.data.fScale);
}
if (this.data.rotation != 0f)
{
ADXFExport.AddFloat(50, this.data.rotation);
}
if (this.data.flags != 0)
{
ADXFExport.AddFloat(51, 15f);
}
if (this.data.hAlign != 0 || this.data.vAlign != 0)
{
if (this.data.hAlign != 0)
{
ADXFExport.AddInt(72, (int)this.data.hAlign);
}
ADXFExport.Add3DPoint(11, this.data.point1);
}
ADXFExport.current.Add(" 1");
ADXFExport.current.Add(this.data.text);
ADXFExport.current.Add("100");
ADXFExport.current.Add("AcDbText");
if (this.data.vAlign != 0)
{
ADXFExport.AddInt(73, (int)this.data.vAlign);
}
}
public override void ExportAsDXF(DXFExport ADXFExport)
{
DXFPoint dXFPoint = new DXFPoint();
if ((this.boundaries != null || this.boundaryType != HatchBoundaryType.hbtPolyPolyline) &&
(this.boundaries.Count != 0 || this.boundaryType != HatchBoundaryType.hbtPolyPolyline))
{
dXFPoint.X = 0f;
dXFPoint.Y = 0f;
float aDXFExport = 0.05f;
if (!DXFExport.use01MM)
{
aDXFExport = aDXFExport * ADXFExport.fOffset;
}
ADXFExport.AddName(DXFTables.sHatchEntity, "AcDbHatch");
ADXFExport.AddColor(this.data);
ADXFExport.Add3DPoint(10, dXFPoint);
ADXFExport.AddFloat(30, 0f);
ADXFExport.AddFloat(210, 0f);
ADXFExport.AddFloat(220, 0f);
ADXFExport.AddFloat(230, 1f);
ADXFExport.AddString(2, this.patternName);
ADXFExport.AddInt(70, this.data.flags);
ADXFExport.AddInt(71, 0);
this.AddBoundaryPathData(ADXFExport);
ADXFExport.AddInt(75, 0);
ADXFExport.AddInt(76, 1);
if (this.data.flags == 0)
{
this.AddPatternData(aDXFExport, ADXFExport);
}
ADXFExport.AddInt(98, 1);
ADXFExport.AddPoint(10, dXFPoint);
}
}
public override void ExportAsDXF(DXFExport ADXFExport)
{
int i;
if ((this.data.points.Count - 4) % 3 != 0)
{
base.ExportAsDXF(ADXFExport);
return;
}
int count = this.data.points.Count - 1 + (int)Math.Floor((double)(this.data.points.Count / 3));
float single = 1f / (float)count;
ADXFExport.AddName("SPLINE", "AcDbSpline");
ADXFExport.AddColor(this.data);
ADXFExport.AddThickness(this.data);
ADXFExport.Add3DPoint(210, new DXFPoint(0f, 0f, 1f));
ADXFExport.AddInt(70, 8);
ADXFExport.AddInt(71, 3);
ADXFExport.AddInt(72, count + DXFTables.cnstAmount);
ADXFExport.AddInt(73, count);
ADXFExport.AddInt(74, 0);
ADXFExport.AddFloat(42, 1E-07f);
ADXFExport.AddFloat(43, 1E-07f);
int j = 0;
float single1 = 0f;
while (j < count)
{
for (i = 0; i < DXFTables.cnstAmount; i++)
{
ADXFExport.AddFloat(40, single1);
}
single1 = single1 + single;
j = j + DXFTables.cnstAmount;
}
single1 = 1f;
for (i = 0; i < DXFTables.cnstAmount; i++)
{
ADXFExport.AddFloat(40, single1);
}
for (j = 0; j < this.data.points.Count; j++)
{
ADXFExport.Add3DPoint(10, (DXFPoint)this.data.points[j]);
if (j % 3 == 0 && j != 0 && j != this.data.points.Count - 1)
{
ADXFExport.Add3DPoint(10, (DXFPoint)this.data.points[j]);
}
}
}
public override void ExportAsDXF(DXFExport ADXFExport)
{
ADXFExport.AddString(0, "LAYER");
ADXFExport.AddHandle();
ADXFExport.AddString(330, DXFTables.STablesLAYER[7]);
ADXFExport.AddString(100, "AcDbSymbolTableRecord");
ADXFExport.AddString(100, "AcDbLayerTableRecord");
ADXFExport.AddString(2, this.name);
ADXFExport.AddInt(70, (int)this.flags);
ADXFExport.AddInt(62, this.color);
ADXFExport.AddString(6, this.lineTypeName);
if (DXFExport.autoCADVer != AutoCADVersion.R14)
{
ADXFExport.AddInt(370, this.lineWeight);
ADXFExport.AddString(390, DXFTables.SObjects_R2000[95]);
}
}
public override void ExportAsDXF(DXFExport ADXFExport)
{
ADXFExport.AddName("MTEXT", "AcDbMText");
ADXFExport.AddColor(this.data);
ADXFExport.Add3DPoint(10, this.data.point);
ADXFExport.AddFloat(40, ADXFExport.MM(this.data.height));
if (this.data.rotation != 0f)
{
ADXFExport.AddFloat(50, this.data.rotation);
}
if (this.data.hAlign != 0)
{
ADXFExport.AddInt(71, this.data.hAlign + 1);
}
ADXFExport.current.Add(" 1");
ADXFExport.current.Add(this.data.text);
}
private void AddPatternData(float offset, DXFExport aDXFExport)
{
DXFHatchPatternData[] dXFHatchPatternDataArray = new DXFHatchPatternData[2];
int num = 1;
dXFHatchPatternDataArray[0].basePointX = 0f;
dXFHatchPatternDataArray[0].basePointY = 0f;
dXFHatchPatternDataArray[0].offsetX = -offset;
dXFHatchPatternDataArray[0].offsetY = offset;
dXFHatchPatternDataArray[1].basePointX = 0f;
dXFHatchPatternDataArray[1].basePointY = 0f;
dXFHatchPatternDataArray[1].offsetX = -offset;
dXFHatchPatternDataArray[1].offsetY = offset;
switch (this.Style)
{
case HatchStyle.hsHorizontal:
{
dXFHatchPatternDataArray[0].angle = 0f;
dXFHatchPatternDataArray[0].offsetX = 0f;
break;
}
case HatchStyle.hsVertical:
{
dXFHatchPatternDataArray[0].angle = 90f;
dXFHatchPatternDataArray[0].offsetY = 0f;
break;
}
case HatchStyle.hsFDiagonal:
{
dXFHatchPatternDataArray[0].angle = 135f;
dXFHatchPatternDataArray[0].offsetY = -dXFHatchPatternDataArray[0].offsetY;
break;
}
case HatchStyle.hsBDiagonal:
{
dXFHatchPatternDataArray[0].angle = 45f;
break;
}
case HatchStyle.hsCross:
{
num = 2;
dXFHatchPatternDataArray[0].angle = 0f;
dXFHatchPatternDataArray[0].offsetX = 0f;
dXFHatchPatternDataArray[1].angle = 90f;
break;
}
case HatchStyle.hsDiagCross:
{
num = 2;
dXFHatchPatternDataArray[0].angle = 45f;
dXFHatchPatternDataArray[1].angle = 135f;
dXFHatchPatternDataArray[1].offsetY = -dXFHatchPatternDataArray[0].offsetY;
break;
}
}
aDXFExport.AddFloat(52, 0f);
aDXFExport.AddFloat(41, 1f);
aDXFExport.AddInt(77, 0);
aDXFExport.AddInt(78, num);
for (int i = 0; i < num; i++)
{
aDXFExport.AddFloat(53, dXFHatchPatternDataArray[i].angle);
aDXFExport.AddFloat(43, dXFHatchPatternDataArray[i].basePointX);
aDXFExport.AddFloat(44, dXFHatchPatternDataArray[i].basePointY);
aDXFExport.AddFloat(45, dXFHatchPatternDataArray[i].offsetX);
aDXFExport.AddFloat(46, dXFHatchPatternDataArray[i].offsetY);
aDXFExport.AddInt(79, 0);
}
}
private void AddBoundaryPathData(DXFExport ADXFExport)
{
switch (this.boundaryType)
{
case HatchBoundaryType.hbtPolyPolyline:
{
ADXFExport.AddInt(91, this.boundaries.Count);
for (int i = 0; i < this.boundaries.Count; i++)
{
ADXFExport.AddInt(92, 1);
ADXFExport.AddInt(93, ((ArrayList)this.boundaries[i]).Count);
for (int j = 1; j < ((ArrayList)this.boundaries[i]).Count; j++)
{
ADXFExport.AddInt(72, 1);
ADXFExport.Add3DPoint(10, (DXFPoint)((ArrayList)this.boundaries[i])[j - 1]);
ADXFExport.Add3DPoint(11, (DXFPoint)((ArrayList)this.boundaries[i])[j]);
}
ADXFExport.AddInt(72, 1);
ADXFExport.Add3DPoint(10,
(DXFPoint)((ArrayList)this.boundaries[i])[((ArrayList)this.boundaries[i]).Count - 1]);
ADXFExport.Add3DPoint(11, (DXFPoint)((ArrayList)this.boundaries[i])[0]);
ADXFExport.AddInt(97, 0);
}
return;
}
case HatchBoundaryType.hbtCircle:
{
ADXFExport.AddInt(91, 1);
ADXFExport.AddInt(92, 1);
ADXFExport.AddInt(93, 1);
ADXFExport.AddInt(72, 2);
ADXFExport.Add3DPoint(10, this.data.point);
ADXFExport.AddFloat(40, ADXFExport.MM(this.data.radius));
ADXFExport.AddFloat(50, this.data.startAngle);
ADXFExport.AddFloat(51, this.data.endAngle);
ADXFExport.AddInt(73, 1);
ADXFExport.AddInt(97, 0);
return;
}
case HatchBoundaryType.hbtEllipse:
{
ADXFExport.AddInt(91, 1);
ADXFExport.AddInt(92, 1);
ADXFExport.AddInt(93, 1);
ADXFExport.AddInt(72, 3);
ADXFExport.Add3DPoint(10, this.data.point);
ADXFExport.Add3DPoint(11, this.data.point1);
ADXFExport.AddFloat(40, this.data.radius);
ADXFExport.AddFloat(50, this.data.startAngle);
ADXFExport.AddFloat(51, this.data.endAngle);
ADXFExport.AddInt(73, 1);
ADXFExport.AddInt(97, 0);
return;
}
default:
{
return;
}
}
}
