public void GetInsertEntitiesWhenAddedToFile()
{
var line = new DxfLine(new DxfPoint(0.0, 0.0, 0.0), new DxfPoint(1.0, 1.0, 0.0));
var block = new DxfBlock();
block.Name = "some-block";
block.Entities.Add(line);
var insert = new DxfInsert();
insert.Name = "some-block";
var file = new DxfFile();
file.Blocks.Add(block);
// no entities because it's not yet part of the file
Assert.Null(insert.Entities);
file.Entities.Add(insert);
// and now that it's in the file the entities can be found
var foundEntity = insert.Entities.Single();
Assert.Same(line, foundEntity);
}
/// <summary>
/// Visits the specified entity.
/// See the <see cref="IEntityVisitor"/> for more details.
/// </summary>
public override void Visit(DxfInsert insert)
{
InsertInfo info = insertStack.Peek();
BlockData blockData = blockDataByName[insert.Block.Name];
DxfLayer effectiveLayer = info.GetEffectiveLayer(insert);
DxfBlock block = blockData.GetBlock(effectiveLayer);
if (block.Entities.Count == 0)
{
// no need to keep insert if block is empty
info.currentCollection.RemoveAt(info.currentIndex);
}
else
{
// overwrite block with reduced one
insert.Block = block;
// take care of attributes
for (int a = insert.Attributes.Count - 1; a >= 0; --a)
{
DxfAttribute attrib = insert.Attributes[a];
DxfLayer attribLayer = attrib.Layer.IsZeroLayer
? effectiveLayer
: attrib.Layer;
if (IsRemovedLayer(attribLayer))
{
insert.Attributes.RemoveAt(a);
}
}
}
}
/// <summary>
/// Create a DXF Entity Object for a ContentElement.
/// </summary>
public override void TryAddDxfEntity(DxfFile doc, ContentElement contentElement, DxfRenderContext context)
{
try
{
var chosenSymbol = pickSymbolByContext(contentElement, context);
if (chosenSymbol == null)
{
Console.WriteLine($"Symbol for {contentElement.Id} was null");
chosenSymbol = generateSymbolFromBoundingBox(contentElement, context);
return;
}
// TODO: make all this handle await?
var geometry = chosenSymbol.GetGeometryAsync().GetAwaiter().GetResult();
if (geometry == null)
{
Console.WriteLine($"Failed to get geometry for {contentElement.Id}");
return;
}
var polygons = geometry.OfType <Polygon>().Select(p => p.ToDxf()).Where(e => e != null).ToList();
var polylines = geometry.OfType <Polyline>().Select(p => p.ToDxf()).Where(e => e != null).ToList();
var entities = new List <DxfEntity>(polygons.Union(polylines));
if (entities.Count() == 0)
{
Console.WriteLine($"No entities for {contentElement.Id}");
return;
}
var blockName = contentElement.GetBlockName();
var block = new DxfBlock
{
BasePoint = contentElement.Transform.ToDxfPoint(context),
Name = blockName
};
doc.BlockRecords.Add(new DxfBlockRecord(blockName));
foreach (var p in entities)
{
block.Entities.Add(p);
}
AddElementToLayer(doc, contentElement, entities, context);
doc.Blocks.Add(block);
// if it's not being used as an element definition,
// add an instance of it to the drawing.
if (!contentElement.IsElementDefinition)
{
var insert = new DxfInsert
{
Name = blockName,
Location = contentElement.Transform.ToDxfPoint(context),
};
doc.Entities.Add(insert);
AddElementToLayer(doc, contentElement, new[] { insert }, context);
}
}
catch (Exception e)
{
//TODO: implement exception logging
Console.WriteLine(e.Message);
Console.WriteLine(e.StackTrace);
}
}
public void RenderInsertTest()
{
var block = new DxfBlock();
block.Name = "some-block";
block.Entities.Add(new DxfLine(new DxfPoint(0.0, 0.0, 0.0), new DxfPoint(10.0, 10.0, 0.0)));
var insert = new DxfInsert();
insert.Name = "some-block";
insert.Location = new DxfPoint(0.0, 5.0, 0.0);
var file = new DxfFile();
file.Blocks.Add(block);
file.Entities.Add(insert);
var expected = new XElement("g",
new XAttribute("class", "dxf-insert some-block"),
new XAttribute("transform", "translate(0.0 5.0) scale(1.0 1.0)"),
new XElement("line",
new XAttribute("x1", "0.0"), new XAttribute("y1", "0.0"), new XAttribute("x2", "10.0"), new XAttribute("y2", "10.0"),
new XAttribute("stroke-width", "1.0px"),
new XAttribute("vector-effect", "non-scaling-stroke")));
var actual = insert.ToXElement();
AssertXElement(expected, actual);
}
public void InsertBoundingBox()
{
var line = new DxfLine(new DxfPoint(1.0, 1.0, 0.0), new DxfPoint(2.0, 3.0, 0.0));
var offset = new DxfVector(2.0, 2.0, 0.0);
var block = new DxfBlock();
block.Name = "some-block";
block.Entities.Add(line);
var insert = new DxfInsert();
insert.Name = "some-block";
insert.Location = offset;
insert.XScaleFactor = 2.0;
var file = new DxfFile();
file.Blocks.Add(block);
file.Entities.Add(insert);
var boundingBox = file.GetBoundingBox();
Assert.Equal(new DxfPoint(4.0, 3.0, 0.0), boundingBox.MinimumPoint);
Assert.Equal(new DxfPoint(6.0, 5.0, 0.0), boundingBox.MaximumPoint);
}
public float GetEntityLength(DxfInsert dxfInsert)
{
var dxfBlock = _dxfFile.Blocks.FirstOrDefault(t => t.Name == dxfInsert.Name);
var sum = dxfBlock.Entities.Sum(GetEntityLength);
return(sum);
}
public string EntityToJson(DxfInsert dxfInsert)
{
var dxfBlock = _dxfFile.Blocks.FirstOrDefault(t => t.Name == dxfInsert.Name);
var json = EntitiesToJson(dxfBlock.Entities);
return(json);
}
public static void DrawTopRFTLeftDims(DxfModel model, int nSpans, double[] comSpanVals)
{
//04.TopRFT Left Dims/*----------------*/
DxfLayer TopRFTDimLayerLt = new DxfLayer("DIMENSIONSTopRFTLt");
model.Layers.Add(TopRFTDimLayerLt);
DxfBlock blockTopRFTDimLt = new DxfBlock("ALIGNED_DIMENSIONSTopRFTLt");
model.Blocks.Add(blockTopRFTDimLt);
DxfInsert insertTopRFTDimLt = new DxfInsert(blockTopRFTDimLt, new Point3D(0, DXFPoints.startPointsTop[0].Y + 0.15, 0));
insertTopRFTDimLt.Layer = TopRFTDimLayerLt;
model.Entities.Add(insertTopRFTDimLt);
{
DxfDimension.Aligned[] TopRFTDimArrLt = new DxfDimension.Aligned[nSpans + 1];
for (int i = 1; i < TopRFTDimArrLt.Length - 2; i++)
{
// Dimension with text aligned with dimension line.
DxfDimension.Aligned dimension = new DxfDimension.Aligned(model.CurrentDimensionStyle);
dimension.DimensionStyleOverrides.ArrowSize = 0.2d;
dimension.DimensionStyleOverrides.TextInsideHorizontal = false;
dimension.DimensionStyleOverrides.TextAboveDimensionLine = true;
dimension.Layer = TopRFTDimLayerLt;
dimension.DimensionLineLocation = new Point3D(0, 0, 0);
dimension.ExtensionLine1StartPoint = new Point3D(DXFPoints.endPointsTop[i - 1].X - Math.Max(0.33 * DXFRebar.Ln[i - 1], 0.33 * DXFRebar.Ln[i]) - 0.25, 0, 0);
dimension.ExtensionLine2StartPoint = new Point3D(DXFPoints.endPointsTop[i - 1].X, 0, 0);
dimension.UseTextMiddlePoint = true;
dimension.TextMiddlePoint = new Point3D(comSpanVals[0] + 0.50 * (DXFPoints.endPointsTop[i - 1].X - Math.Max(0.33 * DXFRebar.Ln[i - 1], 0.33 * DXFRebar.Ln[i]) - 0.25 + DXFPoints.endPointsTop[i - 1].X), 0.2d, 0d);
blockTopRFTDimLt.Entities.Add(dimension);
}
//Case of Cantilever at end
if (GeometryEditorVM.GeometryEditor.RestraintsCollection[RFTCanvas.SpanVals.Length].SelectedRestraint != Restraints.NoRestraints)
{
// Dimension with text aligned with dimension line.
DxfDimension.Aligned dimension = new DxfDimension.Aligned(model.CurrentDimensionStyle);
dimension.DimensionStyleOverrides.ArrowSize = 0.2d;
dimension.DimensionStyleOverrides.TextInsideHorizontal = false;
dimension.DimensionStyleOverrides.TextAboveDimensionLine = true;
dimension.Layer = TopRFTDimLayerLt;
dimension.DimensionLineLocation = new Point3D(0, 0, 0);
dimension.ExtensionLine1StartPoint = new Point3D(DXFPoints.endPointsTop[TopRFTDimArrLt.Length - 1 - 1].X - Math.Max(0.33 * DXFRebar.Ln[TopRFTDimArrLt.Length - 1 - 1], 0.33 * DXFRebar.Ln[TopRFTDimArrLt.Length - 1]) - 0.25, 0, 0);
dimension.ExtensionLine2StartPoint = new Point3D(DXFPoints.endPointsTop[TopRFTDimArrLt.Length - 1 - 1].X, 0, 0);
dimension.UseTextMiddlePoint = true;
dimension.TextMiddlePoint = new Point3D(comSpanVals[0] + 0.50 * (DXFPoints.endPointsTop[TopRFTDimArrLt.Length - 1 - 1].X - Math.Max(0.33 * DXFRebar.Ln[TopRFTDimArrLt.Length - 1 - 1], 0.33 * DXFRebar.Ln[TopRFTDimArrLt.Length - 1]) - 0.25 + DXFPoints.endPointsTop[TopRFTDimArrLt.Length - 1 - 1].X), 0.2d, 0d);
blockTopRFTDimLt.Entities.Add(dimension);
}
}
}
public static XElement ToXElement(this DxfInsert insert)
{
var g = new XElement(DxfToSvgConverter.Xmlns + "g",
new XAttribute("class", $"dxf-insert {insert.Name}"),
new XAttribute("transform", $"translate({insert.Location.X.ToDisplayString()} {insert.Location.Y.ToDisplayString()}) scale({insert.XScaleFactor.ToDisplayString()} {insert.YScaleFactor.ToDisplayString()})"));
foreach (var blockEntity in insert.Entities)
{
g.Add(blockEntity.ToXElement());
}
return(g);
}
public void RenderEntity(DxfInsert dxfInsert, Graphics graphics, int height)
{
var dxfBlock = _dxfFile.Blocks.FirstOrDefault(t => t.Name == dxfInsert.Name);
// var entitiesCount = CollectStats(dxfBlock.Entities);
// var typesString = string.Join("\n",
// entitiesCount.Keys.Where(k => entitiesCount[k] != 0).Select(k => k + ":" + entitiesCount[k]));
// labelStats.Text += $"\n\t{dxfBlock.Name}:\n" + typesString + "\n";
foreach (var dxfEntity in dxfBlock.Entities)
{
RenderEntity(dxfEntity, graphics, height);
}
}
/// <summary>
/// Add a DXF entity to the document for an element instance.
/// </summary>
public override void TryAddDxfEntity(DxfFile document, ElementInstance elementInstance, DxfRenderContext context)
{
var insert = new DxfInsert
{
Location = elementInstance.Transform.ToDxfPoint(context),
Rotation = elementInstance.Transform.ToDxfAngle(context),
Name = elementInstance.BaseDefinition.GetBlockName()
};
// some blocks may not get created, due to missing symbols. Only
// insert if we find the block.
if (document.Blocks.Any(b => b.Name == insert.Name))
{
document.Entities.Add(insert);
AddElementToLayer(document, elementInstance.BaseDefinition, new[] { insert }, context);
}
}
public void InsertWithNonMatchingNameReturnsNoEntities()
{
// similar to the above test except that the entity is added to the block _after_ the name binding
var block = new DxfBlock();
block.Name = "some-block";
var insert = new DxfInsert();
insert.Name = "some-other-block";
var file = new DxfFile();
file.Blocks.Add(block);
file.Entities.Add(insert);
// no entities because the block names differ
Assert.Null(insert.Entities);
}
public void Visit(DxfInsert insert)
{
if (!this.method_0((DxfEntity)insert))
{
return;
}
this.class599_0.method_0("ATTRIB", (uint)insert.Attributes.Count);
if ((this.handlingFlags_0 & EntityCounter.HandlingFlags.FollowInserts) == (EntityCounter.HandlingFlags) 0)
{
return;
}
DxfBlock block = insert.Block;
if (block == null)
{
return;
}
int multiplicator = (int)insert.ColumnCount * (int)insert.RowCount;
EntityCounter.Class599 class5990_1;
if (!this.idictionary_0.TryGetValue(block, out class5990_1))
{
EntityCounter.Class599 class5990_2 = this.class599_0;
EntityCounter.SpaceFlags spaceFlags0 = this.spaceFlags_0;
try
{
this.class599_0 = new EntityCounter.Class599();
this.spaceFlags_0 = EntityCounter.SpaceFlags.AllSpaces;
foreach (DxfEntity entity in (DxfHandledObjectCollection <DxfEntity>)block.Entities)
{
entity.Accept((IEntityVisitor)this);
}
}
finally
{
class5990_1 = this.class599_0;
this.class599_0 = class5990_2;
this.spaceFlags_0 = spaceFlags0;
this.idictionary_0[block] = class5990_1;
}
}
this.class599_0.method_1(class5990_1, multiplicator);
}
public static void DrawTopRFTLeftDims(DxfModel model, int nSpans, double thickness, double[] Ln, Point2D[] endPointsTop, double[] comSpanVals)
{
//04.TopRFT Left Dims/*----------------*/
DxfLayer TopRFTDimLayerLt = new DxfLayer("DIMENSIONSTopRFTLt");
model.Layers.Add(TopRFTDimLayerLt);
DxfBlock blockTopRFTDimLt = new DxfBlock("ALIGNED_DIMENSIONSTopRFTLt");
model.Blocks.Add(blockTopRFTDimLt);
DxfInsert insertTopRFTDimLt = new DxfInsert(blockTopRFTDimLt, new Point3D(0, thickness + 0.15, 0));
insertTopRFTDimLt.Layer = TopRFTDimLayerLt;
model.Entities.Add(insertTopRFTDimLt);
{
DxfDimension.Aligned[] TopRFTDimArrLt = new DxfDimension.Aligned[nSpans + 1];
for (int i = 1; i < TopRFTDimArrLt.Length - 1; i++)
{
// Dimension with text aligned with dimension line.
DxfDimension.Aligned dimension = new DxfDimension.Aligned(model.CurrentDimensionStyle);
dimension.DimensionStyleOverrides.ArrowSize = 0.2d;
dimension.DimensionStyleOverrides.TextInsideHorizontal = false;
dimension.DimensionStyleOverrides.TextAboveDimensionLine = true;
dimension.Layer = TopRFTDimLayerLt;
dimension.DimensionLineLocation = new Point3D(0, 0, 0);
dimension.ExtensionLine1StartPoint = new Point3D(endPointsTop[i - 1].X - Math.Max(0.33 * Ln[i - 1], 0.33 * Ln[i]) - 0.25, 0, 0);
dimension.ExtensionLine2StartPoint = new Point3D(endPointsTop[i - 1].X, 0, 0);
dimension.UseTextMiddlePoint = true;
dimension.TextMiddlePoint = new Point3D(comSpanVals[0] + 0.50 * (endPointsTop[i - 1].X - Math.Max(0.33 * Ln[i - 1], 0.33 * Ln[i]) - 0.25 + endPointsTop[i - 1].X), 0.2d, 0d);
blockTopRFTDimLt.Entities.Add(dimension);
}
}
}
public static void DrawTopRFTRightDims(DxfModel model, int nSpans, double[] comSpanVals)
{
//03. TopRFT Right Dims/*----------------*/
DxfLayer TopRFTDimLayerRt = new DxfLayer("DIMENSIONSTopRFTRt");
model.Layers.Add(TopRFTDimLayerRt);
DxfBlock blockTopRFTDimRt = new DxfBlock("ALIGNED_DIMENSIONSTopRFTRt");
model.Blocks.Add(blockTopRFTDimRt);
DxfInsert insertTopRFTDimRt = new DxfInsert(blockTopRFTDimRt, new Point3D(0, DXFPoints.startPointsTop[0].Y + 0.15, 0));
insertTopRFTDimRt.Layer = TopRFTDimLayerRt;
model.Entities.Add(insertTopRFTDimRt);
{
DxfDimension.Aligned[] TopRFTDimArrRt = new DxfDimension.Aligned[nSpans + 1];
for (int i = 1; i < TopRFTDimArrRt.Length - 1; i++)
{
// Dimension with text aligned with dimension line.
DxfDimension.Aligned dimension = new DxfDimension.Aligned(model.CurrentDimensionStyle);
dimension.DimensionStyleOverrides.ArrowSize = 0.2d;
dimension.DimensionStyleOverrides.TextInsideHorizontal = false;
dimension.DimensionStyleOverrides.TextAboveDimensionLine = true;
dimension.Layer = TopRFTDimLayerRt;
dimension.DimensionLineLocation = new Point3D(0, 0, 0);
dimension.ExtensionLine1StartPoint = new Point3D(DXFPoints.startPointsTop[i].X, 0, 0);
dimension.ExtensionLine2StartPoint = new Point3D(DXFPoints.startPointsTop[i].X + Math.Max(0.33 * DXFRebar.Ln[i - 1], 0.33 * DXFRebar.Ln[i]) + 0.25, 0, 0);
dimension.UseTextMiddlePoint = true;
dimension.TextMiddlePoint = new Point3D(comSpanVals[0] + 0.50 * (DXFPoints.startPointsTop[i].X + DXFPoints.startPointsTop[i].X + Math.Max(0.33 * DXFRebar.Ln[i - 1], 0.33 * DXFRebar.Ln[i]) + 0.25), 0.2d, 0d);
blockTopRFTDimRt.Entities.Add(dimension);
}
}
}
public static void DrawLnetDims(DxfModel model, int nSpans, double[] comSpanVals)
{
//02. Ln Dims/*----------------*/
DxfLayer lnspanLayer = new DxfLayer("DIMENSIONSLn");
model.Layers.Add(lnspanLayer);
DxfBlock blockLnSpan = new DxfBlock("ALIGNED_DIMENSIONSLn");
model.Blocks.Add(blockLnSpan);
DxfInsert insertLn = new DxfInsert(blockLnSpan, new Point3D(0, -0.5, 0));
insertLn.Layer = lnspanLayer;
model.Entities.Add(insertLn);
{
DxfDimension.Aligned[] LnDimArr = new DxfDimension.Aligned[nSpans];
for (int i = 0; i < LnDimArr.Length; i++)
{
// Dimension with text aligned with dimension line.
DxfDimension.Aligned dimension = new DxfDimension.Aligned(model.CurrentDimensionStyle);
dimension.DimensionStyleOverrides.ArrowSize = 0.2d;
dimension.DimensionStyleOverrides.TextInsideHorizontal = false;
dimension.DimensionStyleOverrides.TextAboveDimensionLine = true;
dimension.Layer = lnspanLayer;
dimension.DimensionLineLocation = new Point3D(0, 0, 0);
dimension.ExtensionLine1StartPoint = new Point3D(DXFPoints.startPointsBot[i].X, 0, 0);
dimension.ExtensionLine2StartPoint = new Point3D(DXFPoints.endPointsBot[i].X, 0, 0);
dimension.UseTextMiddlePoint = true;
dimension.TextMiddlePoint = new Point3D(comSpanVals[0] + 0.50 * (comSpanVals[i] + comSpanVals[i + 1]), 0.2d, 0d);
blockLnSpan.Entities.Add(dimension);
}
}
}
/// <summary>
/// 创建一张表格的方法
/// </summary>
public void createOneTable()
{
string str = getRadomData(6);
model = new DxfModel();
//创建一个图层
DxfLayer layerTable = new DxfLayer("" + str + programName);
model.Layers.Add(layerTable);
//创建一个块
block = new DxfBlock("AcosticBoreHoleTable_Block" + str);
model.Blocks.Add(block);
DxfInsert insert = new DxfInsert(block, new Point3D(0, 0, 0));
insert.Layer = layerTable;
model.Entities.Add(insert);
{
DxfTableStyle tableStyle1 = new DxfTableStyle("Single1 bordered" + str);
tableStyle1.DataCellStyle.SetAllBordersBorderType(BorderType.Single);
//tableStyle1.DataCellStyle.SetAllBordersColor(Colors.DarkGray);
tableStyle1.TitleCellStyle.SetAllBordersBorderType(BorderType.Single);
tableStyle1.HeaderCellStyle.SetAllBordersBorderType(BorderType.Single);
//tableStyle1.HeaderCellStyle.ContentColor = Colors.DarkGray;
model.TableStyles.Add(tableStyle1);
DxfTable table1 = new DxfTable(tableStyle1);
//表格插入点的位置
table1.InsertionPoint = new Point3D(0d, 0d, 0d);
//设置表格的行数和列数
//各行高
table1.RowCount = 3;
table1.ColumnCount = 10;
table1.Rows.ElementAt <DxfTableRow>(0).Height = 18d;
table1.Rows.ElementAt <DxfTableRow>(1).Height = 5d;
table1.Rows.ElementAt <DxfTableRow>(2).Height = 255;
//设置柱状图各列宽
table1.Columns.ElementAt <DxfTableColumn>(0).Width = 9;
table1.Columns.ElementAt <DxfTableColumn>(1).Width = 13;
table1.Columns.ElementAt <DxfTableColumn>(2).Width = 9;
table1.Columns.ElementAt <DxfTableColumn>(3).Width = 13;
table1.Columns.ElementAt <DxfTableColumn>(4).Width = 20;
table1.Columns.ElementAt <DxfTableColumn>(5).Width = 40;
table1.Columns.ElementAt <DxfTableColumn>(6).Width = 15;
table1.Columns.ElementAt <DxfTableColumn>(7).Width = 20;
table1.Columns.ElementAt <DxfTableColumn>(8).Width = 17;
table1.Columns.ElementAt <DxfTableColumn>(9).Width = 16;
DxfMText drillHoleStadHeight = new DxfMText(
@"地" + '\n' + "层" + '\n' + "时" + '\n' + "代",
new Point3D(2.5d, -2d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@"层 底" + '\n' + "厚 度" + '\n' + "(米)",
new Point3D(12.5d, -2d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@" 层 " + '\n' + " 厚 " + '\n' + "(米)",
new Point3D(24d, -2d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@"层 底" + '\n' + "标 高" + '\n' + "(米)",
new Point3D(33d, -2d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@" 柱 状 剖 面" + '\n' + " (比例尺)" + '\n' + " 1:" + plottingScale,
new Point3D(46d, -2d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@" 所 通 过 岩 层 的 描 述" + '\n',
new Point3D(66d, -3.5d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@"(颗粒成分、状态、 颜色、掺杂物等)",
new Point3D(66d, -9d, 0d),
1.5d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@" 岩芯" + '\n' + "采取率" + '\n' + "（%）",
new Point3D(106d, -2d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@"原 位 测 试",
new Point3D(121d, -2d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@" 采 " + '\n' + " 样 " + '\n' + "(米)",
new Point3D(141d, -2d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@" 备 " + '\n' + '\n' + " 注 ",
new Point3D(158d, -2d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
//列头的序号
drillHoleStadHeight = new DxfMText(
@"1",
new Point3D(3d, -19d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@"2",
new Point3D(14.5d, -19d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@"3",
new Point3D(25d, -19d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@"4",
new Point3D(37.5d, -19d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@"5",
new Point3D(52.5d, -19d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@"6",
new Point3D(85d, -19d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@"7",
new Point3D(109.5d, -19d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@"8",
new Point3D(127d, -19d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@"9",
new Point3D(148d, -19d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@"10",
new Point3D(165d, -19d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
block.Entities.Add(table1);
}
{
//************table2*************tableStyle2**************
//图头部分
DxfTableStyle dxfTableStyle2 = new DxfTableStyle("Single2 bordered" + str);
dxfTableStyle2.DataCellStyle.SetAllBordersBorderType(BorderType.Single);
dxfTableStyle2.DataCellStyle.SetAllBordersColor(Colors.DarkGray);
dxfTableStyle2.TitleCellStyle.SetAllBordersBorderType(BorderType.Single);
dxfTableStyle2.HeaderCellStyle.SetAllBordersBorderType(BorderType.Single);
dxfTableStyle2.HeaderCellStyle.SetAllBordersColor(Colors.DarkGray);
//有该行的时候两个表格不能同时生成???***但是没有该行生成的图形文件又不完整
model.TableStyles.Add(dxfTableStyle2);
//定义一个拥有给定格式的表格
DxfTable table2 = new DxfTable(dxfTableStyle2);
//表格插入点的位置
table2.InsertionPoint = new Point3D(-2d, 25d, 0d);
table2.RowCount = 1;
table2.ColumnCount = 1;
table2.Rows.ElementAt <DxfTableRow>(0).Height = 305;
foreach (DxfTableColumn column in table2.Columns)
{
column.Width = 176d;
}
block.Entities.Add(table2);
}
{
//标题下划线
//定义线的长度
// A complex line type.
DxfLineType lineType = new DxfLineType("titleLine" + str);
model.LineTypes.Add(lineType);
DxfLine line = new DxfLine();
line.Start = new Point3D(44d, 10d, 0d);
line.End = new Point3D(113d, 10d, 0d);
line.LineType = lineType;
block.Entities.Add(line);
//标题名
DxfMText mText = new DxfMText(
@"钻孔柱状剖面图",
new Point3D(46d, 18d, 0d),
6d
);
block.Entities.Add(mText);
}
//定义标题栏中的其他部分
{
//定义输入钻孔***X***坐标位置
DxfMText mText1 = new DxfMText(
@"坐标 X=",
new Point3D(135d, 20d, 0d),
2.5d
);
block.Entities.Add(mText1);
DxfLineType lineType1 = new DxfLineType("applicanceX" + str);
model.LineTypes.Add(lineType1);
DxfLine lineX = new DxfLine();
lineX.Start = new Point3D(149d, 17.5d, 0d);
lineX.End = new Point3D(172d, 17.5d, 0d);
lineX.LineType = lineType1;
block.Entities.Add(lineX);
DxfMText mText11 = new DxfMText(
@"" + applicationCoordinateX,
new Point3D(151d, 20d, 0d),
2d
);
block.Entities.Add(mText11);
//定义输入钻孔***Y***坐标位置********一块填写部分开始
DxfMText mText2 = new DxfMText(
@"Y=",
new Point3D(145d, 10d, 0d),
2.5d
);
block.Entities.Add(mText2);
DxfLineType lineType2 = new DxfLineType("applicanceY" + str);
model.LineTypes.Add(lineType2);
DxfLine lineY = new DxfLine();
lineY.Start = new Point3D(149d, 7.5d, 0d);
lineY.End = new Point3D(172d, 7.5d, 0d);
lineY.LineType = lineType2;
block.Entities.Add(lineY);
DxfMText mText21 = new DxfMText(
@"" + applicationCoordinateY,
new Point3D(151d, 10d, 0d),
2d
);
block.Entities.Add(mText21);
//********************************** 一块填写部分结束**********************
}
{
//原位测试的长线条
DxfLineType drillCodeLineType = new DxfLineType("TestLine1" + str);
model.LineTypes.Add(drillCodeLineType);
DxfLine drillCodeine = new DxfLine();
drillCodeine.Start = new Point3D(124d, -23d, 0d);
drillCodeine.End = new Point3D(124d, -278d, 0d);
drillCodeine.Color = EntityColors.Gray;
drillCodeine.LineType = drillCodeLineType;
block.Entities.Add(drillCodeine);
DxfLineType drillCodeLineType1 = new DxfLineType("TestLine2" + str);
model.LineTypes.Add(drillCodeLineType1);
DxfLine drillCodeine1 = new DxfLine();
drillCodeine1.Start = new Point3D(129d, -23d, 0d);
drillCodeine1.End = new Point3D(129d, -278d, 0d);
drillCodeine1.Color = EntityColors.Gray;
drillCodeine1.LineType = drillCodeLineType1;
block.Entities.Add(drillCodeine1);
DxfLineType drillCodeLineType2 = new DxfLineType("TestLine3" + str);
model.LineTypes.Add(drillCodeLineType2);
DxfLine drillCodeine2 = new DxfLine();
drillCodeine2.Start = new Point3D(134d, -23d, 0d);
drillCodeine2.End = new Point3D(134d, -278d, 0);
drillCodeine2.Color = EntityColors.Gray;
drillCodeine2.LineType = drillCodeLineType2;
block.Entities.Add(drillCodeine2);
}
//需要填入表中的其他部分的内容
{
//钻孔编号*****************************************************************
DxfMText drillCodeText = new DxfMText(
@"钻孔编号",
new Point3D(0d, 5d, 0d),
2.5d
);
block.Entities.Add(drillCodeText);
DxfLineType drillCodeLineType = new DxfLineType("zkbhLine" + str);
model.LineTypes.Add(drillCodeLineType);
DxfLine drillCodeine = new DxfLine();
drillCodeine.Start = new Point3D(15d, 1d, 0d);
drillCodeine.End = new Point3D(33d, 1d, 0d);
drillCodeine.LineType = drillCodeLineType;
block.Entities.Add(drillCodeine);
DxfMText drillCodeWriteIn = new DxfMText(
@"" + drillCode,
new Point3D(17d, 4d, 0d),
2d
);
block.Entities.Add(drillCodeWriteIn);
//***********************************************************************
//钻孔位置***************************************************************
DxfMText drillLocationText = new DxfMText(
@"钻孔位置",
new Point3D(35d, 5d, 0d),
2.5d
);
block.Entities.Add(drillLocationText);
DxfLineType drillLocationLineType = new DxfLineType("drillLocationLine" + str);
model.LineTypes.Add(drillLocationLineType);
DxfLine drillLocationLine = new DxfLine();
drillLocationLine.Start = new Point3D(52d, 1, 0d);
drillLocationLine.End = new Point3D(77d, 1d, 0d);
drillLocationLine.LineType = drillLocationLineType;
block.Entities.Add(drillLocationLine);
DxfMText drillLocationWriteIn = new DxfMText(
@"" + drillLocation + drillLocation1 + drillLocation2,
new Point3D(54d, 4d, 0d),
2d
);
block.Entities.Add(drillLocationWriteIn);
//*****************************************************************************
//********施钻起止日期*********************************************************
DxfMText drillDate = new DxfMText(
@"施钻起止日期",
new Point3D(79d, 5d, 0d),
2.5d
);
block.Entities.Add(drillDate);
DxfLineType drillDateLineType = new DxfLineType("drillDateLine" + str);
model.LineTypes.Add(drillDateLineType);
DxfLine drillDateLine = new DxfLine();
drillDateLine.Start = new Point3D(101, 1d, 0d);
drillDateLine.End = new Point3D(133, 1d, 0d);
drillDateLine.LineType = drillDateLineType;
block.Entities.Add(drillDateLine);
DxfMText drillDateWriteIn = new DxfMText(
@"" + drillStartTime + "--" + drillEndTime,
new Point3D(102d, 4d, 0d),
2d
);
block.Entities.Add(drillDateWriteIn);
//***********************************************************************
//**********孔口标高*****************************************************
DxfMText drillHoleStadHeight = new DxfMText(
@"孔口标高",
new Point3D(136d, 5d, 0d),
2.5d
);
block.Entities.Add(drillHoleStadHeight);
DxfLineType drillHoleStadHeightLineType = new DxfLineType("drillHoleStaHeight" + str);
model.LineTypes.Add(drillHoleStadHeightLineType);
DxfLine drillHoleStadHeightLine = new DxfLine();
drillHoleStadHeightLine.Start = new Point3D(151d, 1d, 0d);
drillHoleStadHeightLine.End = new Point3D(172d, 1d, 0d);
drillHoleStadHeightLine.LineType = drillHoleStadHeightLineType;
block.Entities.Add(drillHoleStadHeightLine);
DxfMText drillHoleStadHeightWriteIn = new DxfMText(
@"" + drillHoleStadardHeight,
new Point3D(152d, 4d, 0d),
2d
);
block.Entities.Add(drillHoleStadHeightWriteIn);
//**********************************************************************************
}
//addPattern();
addExtension();//设置值的同时画出扩展线
//文件存储路径以及文件名，因为钻孔编号是唯一的，所以钻孔柱状图根据钻孔编号命名，一个钻孔对应一个柱状图
string path = AppDomain.CurrentDomain.BaseDirectory + "Drill\\rockHistogram\\" + drillCode + ".dxf";
DirectoryInfo directoryInfo = new DirectoryInfo(path);
//先判断当前文件若存在则删除
/*
* if (directoryInfo.Exists) //若当前文件存在则先删除，再重新创建生成，这样可以在界面中进行多次成图
* {
* directoryInfo.Delete();
* }
*/
DxfWriter.Write(path, model, true);
//DxfWriter.Write("AcosticBoreholeTable.dxf", model);
//return "AcosticBoreholeTable.dxf";
ConvertFigureFormat cf = new ConvertFigureFormat();
string filename = drillCode;
string outfile = AppDomain.CurrentDomain.BaseDirectory + "Drill\\rockHistogram\\" + filename;
cf.getDXFFormat(model, filename, outfile);
}
public void BeginInsert(DxfInsert insert)
{
}
public static void DrawLnetDims(DxfModel model, int nSpans, double[] comSpanVals)
{
//02. Ln Dims/*----------------*/
DxfLayer lnspanLayer = new DxfLayer("DIMENSIONSLn");
model.Layers.Add(lnspanLayer);
DxfBlock blockLnSpan = new DxfBlock("ALIGNED_DIMENSIONSLn");
model.Blocks.Add(blockLnSpan);
DxfInsert insertLn = new DxfInsert(blockLnSpan, new Point3D(0, DXFPoints.endPointsBot[0].Y - 0.50, 0));
insertLn.Layer = lnspanLayer;
model.Entities.Add(insertLn);
{
DxfDimension.Aligned[] LnDimArr = new DxfDimension.Aligned[nSpans];
//Case of Cantilever at start
if (GeometryEditorVM.GeometryEditor.RestraintsCollection[0].SelectedRestraint != Restraints.NoRestraints)
{
// Dimension with text aligned with dimension line.
DxfDimension.Aligned dimension = new DxfDimension.Aligned(model.CurrentDimensionStyle);
dimension.DimensionStyleOverrides.ArrowSize = 0.2d;
dimension.DimensionStyleOverrides.TextInsideHorizontal = false;
dimension.DimensionStyleOverrides.TextAboveDimensionLine = true;
dimension.Layer = lnspanLayer;
dimension.DimensionLineLocation = new Point3D(0, 0, 0);
dimension.ExtensionLine1StartPoint = new Point3D(DXFPoints.startPointsBot[0].X, 0, 0);
dimension.ExtensionLine2StartPoint = new Point3D(DXFPoints.endPointsBot[0].X, 0, 0);
dimension.UseTextMiddlePoint = true;
dimension.TextMiddlePoint = new Point3D(comSpanVals[0] + 0.50 * (comSpanVals[0] + comSpanVals[0 + 1]), 0.2d, 0d);
blockLnSpan.Entities.Add(dimension);
}
for (int i = 1; i < LnDimArr.Length - 1; i++)
{
// Dimension with text aligned with dimension line.
DxfDimension.Aligned dimension = new DxfDimension.Aligned(model.CurrentDimensionStyle);
dimension.DimensionStyleOverrides.ArrowSize = 0.2d;
dimension.DimensionStyleOverrides.TextInsideHorizontal = false;
dimension.DimensionStyleOverrides.TextAboveDimensionLine = true;
dimension.Layer = lnspanLayer;
dimension.DimensionLineLocation = new Point3D(0, 0, 0);
dimension.ExtensionLine1StartPoint = new Point3D(DXFPoints.startPointsBot[i].X, 0, 0);
dimension.ExtensionLine2StartPoint = new Point3D(DXFPoints.endPointsBot[i].X, 0, 0);
dimension.UseTextMiddlePoint = true;
dimension.TextMiddlePoint = new Point3D(comSpanVals[0] + 0.50 * (comSpanVals[i] + comSpanVals[i + 1]), 0.2d, 0d);
blockLnSpan.Entities.Add(dimension);
}
//case of cantilever at end
if (GeometryEditorVM.GeometryEditor.RestraintsCollection[RFTCanvas.SpanVals.Length].SelectedRestraint != Restraints.NoRestraints)
{
// Dimension with text aligned with dimension line.
DxfDimension.Aligned dimension = new DxfDimension.Aligned(model.CurrentDimensionStyle);
dimension.DimensionStyleOverrides.ArrowSize = 0.2d;
dimension.DimensionStyleOverrides.TextInsideHorizontal = false;
dimension.DimensionStyleOverrides.TextAboveDimensionLine = true;
dimension.Layer = lnspanLayer;
dimension.DimensionLineLocation = new Point3D(0, 0, 0);
dimension.ExtensionLine1StartPoint = new Point3D(DXFPoints.startPointsBot[LnDimArr.Length - 1].X, 0, 0);
dimension.ExtensionLine2StartPoint = new Point3D(DXFPoints.endPointsBot[LnDimArr.Length - 1].X, 0, 0);
dimension.UseTextMiddlePoint = true;
dimension.TextMiddlePoint = new Point3D(comSpanVals[0] + 0.50 * (comSpanVals[LnDimArr.Length - 1] + comSpanVals[LnDimArr.Length - 1 + 1]), 0.2d, 0d);
blockLnSpan.Entities.Add(dimension);
}
}
}
public virtual void BeginInsert(DxfInsert insert)
{
}
static void FindEntities(DxfEntityCollection Entities)
{
foreach (var entityGroups in Entities)
{
if (typeof(DxfLine) != entityGroups.GetType() && typeof(DxfLwPolyline) != entityGroups.GetType() && typeof(DxfMText) != entityGroups.GetType() && typeof(DxfText) != entityGroups.GetType() && typeof(DxfCircle) != entityGroups.GetType() && typeof(DxfHatch) != entityGroups.GetType() && typeof(DxfInsert) != entityGroups.GetType() && typeof(DxfSpline) != entityGroups.GetType())
{
// Console.WriteLine(entityGroups.GetType());
}
dxfType.Add(entityGroups.GetType().Name);
if (typeof(DxfLine) == entityGroups.GetType())
{
dxfLine = entityGroups as DxfLine;
int color;
if (dxfLine.Color.ColorType.ToString() == "ByLayer")
{
color = dxfLine.Layer.Color.Rgb;
}
else
{
color = dxfLine.Color.Rgb;
}
CADLine cADLine = new CADLine
{
parentHandle = dxfLine.OwnerObjectSoftReference.Handle,
type = dxfLine.GetType().Name,
color = color,
transform = dxfLine.Transform.DebugString,
startPoint = dxfLine.Start.ToString(),
endPoint = dxfLine.End.ToString(),
lineWeight = dxfLine.LineWeight
};
cadEntities.Add(cADLine);
}
if (typeof(DxfLwPolyline) == entityGroups.GetType())
{
//Console.WriteLine(dxfLwPolyline);
dxfLwPolyline = entityGroups as DxfLwPolyline;
string[] arrVertices = new string[dxfLwPolyline.Vertices.Count];
for (int i = 0; i < dxfLwPolyline.Vertices.Count; i++)
{
arrVertices[i] = dxfLwPolyline.Vertices[i].ToString();
}
int color;
if (dxfLwPolyline.Color.ColorType.ToString() == "ByLayer")
{
color = dxfLwPolyline.Layer.Color.Rgb;
}
else
{
color = dxfLwPolyline.Color.Rgb;
}
CADLwPolyLine cADLwPolyLine = new CADLwPolyLine
{
parentHandle = dxfLwPolyline.OwnerObjectSoftReference.Handle,
type = dxfLwPolyline.GetType().Name,
color = color,
transform = dxfLwPolyline.Transform.DebugString,
vertices = arrVertices,
closed = dxfLwPolyline.Closed.ToString(),
};
cadEntities.Add(cADLwPolyLine);
}
if (typeof(DxfXLine) == entityGroups.GetType())
{
dxfXLine = entityGroups as DxfXLine;
}
if (typeof(DxfSpline) == entityGroups.GetType())
{
dxfSpline = entityGroups as DxfSpline;
string[] arrFitPoints = new string[dxfSpline.FitPoints.Count];
for (int i = 0; i < dxfSpline.FitPoints.Count; i++)
{
arrFitPoints[i] = dxfSpline.FitPoints[i].ToString();
}
int color;
if (dxfSpline.Color.ColorType.ToString() == "ByLayer")
{
color = dxfSpline.Layer.Color.Rgb;
}
else
{
color = dxfSpline.Color.Rgb;
}
CADSpline cADSpline = new CADSpline
{
parentHandle = dxfSpline.OwnerObjectSoftReference.Handle,
type = dxfSpline.GetType().Name,
color = color,
transform = dxfSpline.Transform.DebugString,
fitPoints = arrFitPoints,
};
cadEntities.Add(cADSpline);
}
if (typeof(DxfCircle) == entityGroups.GetType())
{
dxfCircle = entityGroups as DxfCircle;
int color;
if (dxfCircle.Color.ColorType.ToString() == "ByLayer")
{
color = dxfCircle.Layer.Color.Rgb;
}
else
{
color = dxfCircle.Color.Rgb;
}
CADCircle cADCircle = new CADCircle
{
parentHandle = dxfCircle.OwnerObjectSoftReference.Handle,
type = dxfCircle.GetType().Name,
color = color,
transform = dxfCircle.Transform.DebugString,
center = dxfCircle.Center.ToString(),
radius = dxfCircle.Radius
};
cadEntities.Add(cADCircle);
kcircle.Add(dxfCircle);
}
if (typeof(DxfArc) == entityGroups.GetType())
{
dxfArc = entityGroups as DxfArc;
int color;
if (dxfArc.Color.ColorType.ToString() == "ByLayer")
{
color = dxfArc.Layer.Color.Rgb;
}
else
{
color = dxfArc.Color.Rgb;
}
CADArc cADArc = new CADArc
{
parentHandle = dxfArc.OwnerObjectSoftReference.Handle,
type = dxfArc.GetType().Name,
color = color,
transform = dxfArc.Transform.DebugString,
center = dxfArc.Center.ToString(),
startAngle = dxfArc.StartAngle,
endAngle = dxfArc.EndAngle,
radius = dxfArc.Radius
};
cadEntities.Add(cADArc);
}
if (typeof(DxfEllipse) == entityGroups.GetType())
{
dxfEllipse = entityGroups as DxfEllipse;
int color;
if (dxfEllipse.Color.ColorType.ToString() == "ByLayer")
{
color = dxfEllipse.Layer.Color.Rgb;
}
else
{
color = dxfEllipse.Color.Rgb;
}
CADEllipse cADEllipse = new CADEllipse
{
parentHandle = dxfEllipse.OwnerObjectSoftReference.Handle,
type = dxfEllipse.GetType().Name,
color = color,
transform = dxfEllipse.Transform.DebugString,
center = dxfEllipse.Center.ToString(),
majorAxisEndPoint = dxfEllipse.MajorAxisEndPoint.ToString(),
minorAxisEndPoint = dxfEllipse.MinorAxisEndPoint.ToString(),
startParameter = dxfEllipse.StartParameter,
endParameter = dxfEllipse.EndParameter
};
cadEntities.Add(cADEllipse);
}
if (typeof(DxfMText) == entityGroups.GetType())
{
dxfMText = entityGroups as DxfMText;
int color;
if (dxfMText.Color.ColorType.ToString() == "ByLayer")
{
color = dxfMText.Layer.Color.Rgb;
}
else
{
color = dxfMText.Color.Rgb;
}
if (dxfMText.SimplifiedText == "C座一层平面图")
{
ktls.Add(dxfMText);
}
CADMText cADMText = new CADMText
{
parentHandle = dxfMText.OwnerObjectSoftReference.Handle,
type = dxfMText.GetType().Name,
color = color,
transform = dxfMText.Transform.DebugString,
simplifiedText = dxfMText.SimplifiedText.ToString(),
fontStyle = dxfMText.Style.ToString(),
size = dxfMText.Height,
attachmentPoint = dxfMText.AttachmentPoint.ToString(),
boxHeight = dxfMText.BoxHeight,
boxWidth = dxfMText.BoxWidth
};
cadEntities.Add(cADMText);
if (dxfMText.SimplifiedText.ToString() == "图 纸 目 录")
{
//Console.WriteLine(222222);
ktls.Add(dxfMText);
}
if (dxfMText.SimplifiedText.ToString() == "JS-T5-302")
{
//Console.WriteLine(222222);
ktls.Add(dxfMText);
}
}
if (typeof(DxfText) == entityGroups.GetType())
{
dxfText = entityGroups as DxfText;
int color;
if (dxfText.Color.ColorType.ToString() == "ByLayer")
{
color = dxfText.Layer.Color.Rgb;
}
else
{
color = dxfText.Color.Rgb;
}
CADText cADText = new CADText
{
parentHandle = dxfText.OwnerObjectSoftReference.Handle,
type = dxfText.GetType().Name,
color = color,
transform = dxfText.Transform.DebugString,
simplifiedText = dxfText.SimplifiedText.ToString(),
fontStyle = dxfText.Style.ToString(),
size = dxfText.Height,
alignMentPoint1 = dxfText.AlignmentPoint1.ToString(),
rotationAngle = dxfText.Rotation,
};
if (dxfText.SimplifiedText == "JS-T5-001 ")
{
ktest.Add(dxfText);
}
cadEntities.Add(cADText);
}
if (typeof(DxfInsert) == entityGroups.GetType())
{
dxfInsert = entityGroups as DxfInsert;
kins.Add(dxfInsert);
if (dxfInsert.Block != null)
{
ulong count;
if (dxfInsert.Block != null)
{
count = dxfInsert.Block.Handle;
}
else
{
count = 0;
}
CADInsert cADInsert = new CADInsert();
cADInsert.parentHandle = dxfInsert.OwnerObjectSoftReference.Handle;
cADInsert.type = dxfInsert.GetType().Name;
cADInsert.transform = dxfInsert.Transform.DebugString;
cADInsert.insertPoint = dxfInsert.InsertionPoint.ToString();
cADInsert.rotationAngle = dxfInsert.Rotation;
cADInsert.insertName = dxfInsert.Block.Name;
cADInsert.nowHandle = count;
cADInsert.insertScale = dxfInsert.ScaleFactor.ToString();
cadEntities.Add(cADInsert);
FindEntities(dxfInsert.Block.Entities);
}
}
if (typeof(DxfAttributeDefinition) == entityGroups.GetType())
{
dxfAttributeDefinition = entityGroups as DxfAttributeDefinition;
//Console.WriteLine(dxfAttributeDefinition);
}
if (typeof(DxfDimension.Linear) == entityGroups.GetType())
{
Console.WriteLine(11111);
}
}
}
public override void Visit(DxfInsert insert)
{
this.Visit((IEnumerable <DxfEntity>)insert.Attributes);
}
//Get All Booth Info for a given model
public Stream GetBoothsInfo(Stream input)
{
string body = new StreamReader(input).ReadToEnd();
NameValueCollection _nvc = HttpUtility.ParseQueryString(body);
string _fileName = _nvc["FileName"];
string _client_id = _nvc["ClientId"];
string _show_id = _nvc["ShowId"];
string _boothOutlineLayer = _nvc["BoothOutline"];
string _boothNumberLayer = _nvc["BoothNumber"];
DxfModel _model = ReadDxf("h://dxf_uploads//" + _client_id + " // " + _show_id + "//" + _fileName);
BoundsCalculator _mBounds = new BoundsCalculator();
_mBounds.GetBounds(_model);
Bounds3D _cBounds = _mBounds.Bounds;
//get screen origin
string _screenOrigin = GetScreenOrigin(_cBounds.ToString());
//Empty List to attach all booth information
List <Booth> _boothInfo = new List <Booth>();
//Empty List to hold vertices of all Booths
List <Point> _allVertices = new List <Point>();
//loop over all Entites in a model
foreach (DxfEntity _entity in _model.Entities)
{
if (_entity.Layer.ToString().Equals(_boothOutlineLayer, StringComparison.InvariantCultureIgnoreCase))
//(_entity.Layer.ToString() == _boothOutlineLayer)
{
if (_entity.EntityType.ToString() == "LWPOLYLINE" || _entity.EntityType.ToString() == "POLYLINE")
{
var verticesTransformed = LwPolyline(_entity, _screenOrigin);
Booth _booth = PassBooth(_model, _boothNumberLayer, verticesTransformed, _screenOrigin);
Point[] verticesArray = VerticesToList(verticesTransformed).ToArray();
foreach (Point _vertex in verticesArray)
{
_allVertices.Add(_vertex);
}
_boothInfo.Add(_booth);
}
else if (_entity.EntityType.ToString() == "INSERT")
{
DxfInsert Insertentity = _entity as DxfInsert;
Matrix4D transform = Insertentity.BlockInsertionTransformations[0, 0] * Insertentity.Block.BaseTransformation;
DxfBlock block = Insertentity.Block;
foreach (DxfEntity lwEntity in block.Entities)
{
if (lwEntity.EntityType == "LWPOLYLINE")
{
DxfLwPolyline lwPolyline = lwEntity as DxfLwPolyline;
Matrix4D _insertedPolylineTransform = transform * lwPolyline.Transform;
List <string> _newVertices = new List <string>();
//loop over all vertices in entity
foreach (DxfLwPolyline.Vertex vertex in lwPolyline.Vertices)
{
_newVertices.Add(RemoveSpaces(_insertedPolylineTransform.Transform(vertex.Position).ToString()));
}
List <string> verticesTransformed = new List <string>();
foreach (string item in _newVertices)
{
verticesTransformed.Add(TransformPoint(item, _screenOrigin));
}
Booth _booth = PassBooth(_model, _boothNumberLayer, verticesTransformed, _screenOrigin);
Point[] verticesArray = VerticesToList(verticesTransformed).ToArray();
foreach (Point _vertex in verticesArray)
{
_allVertices.Add(_vertex);
}
_boothInfo.Add(_booth);
}
}
}
}
}
Booth _boundaries = new Booth()
{
BOOTHNUMBER = "",
INSERTPOINT = _screenOrigin,
SHAPE = "origin",
SIZEX = "",
SIZEY = ""
};
_boothInfo.Add(_boundaries);
string gridline = FindGridLine(_allVertices.ToArray());
string[] gridLine = gridline.Split(',');
Booth _gridLine = new Booth()
{
BOOTHNUMBER = "",
INSERTPOINT = "",
SHAPE = "Grid Line",
SIZEX = gridLine[0],
SIZEY = gridLine[1]
};
_boothInfo.Add(_gridLine);
string boothInformation = JsonConvert.SerializeObject(_boothInfo);
WebOperationContext.Current.OutgoingResponse.ContentType = "application/json; charset=utf-8";
return(new MemoryStream(Encoding.UTF8.GetBytes(boothInformation)));
//return JsonConvert.SerializeObject(_boothInfo);
}
/// <summary>
/// 创建一张表格的方法
/// </summary>
public void createOneTable()
{
string str = getRadomData(6);
model = new DxfModel();
//创建一个图层
DxfLayer layerTable = new DxfLayer("" + str + programName);
model.Layers.Add(layerTable);
//创建一个块
block = new DxfBlock("AcosticBoreHoleTable_Block" + str);
model.Blocks.Add(block);
DxfInsert insert = new DxfInsert(block, new Point3D(0, 0, 0));
insert.Layer = layerTable;
model.Entities.Add(insert);
{
DxfTableStyle tableStyle1 = new DxfTableStyle("Single1 bordered" + str);
tableStyle1.DataCellStyle.SetAllBordersBorderType(BorderType.Single);
//tableStyle1.DataCellStyle.SetAllBordersColor(Colors.DarkGray);
tableStyle1.TitleCellStyle.SetAllBordersBorderType(BorderType.Single);
tableStyle1.HeaderCellStyle.SetAllBordersBorderType(BorderType.Single);
//tableStyle1.HeaderCellStyle.ContentColor = Colors.DarkGray;
model.TableStyles.Add(tableStyle1);
DxfTable table1 = new DxfTable(tableStyle1);
//表格插入点的位置
table1.InsertionPoint = new Point3D(0d, 0d, 0d);
//设置表格的行数和列数
//各行高
table1.RowCount = 3;
table1.ColumnCount = 9;
table1.Rows.ElementAt <DxfTableRow>(0).Height = 18d;
table1.Rows.ElementAt <DxfTableRow>(1).Height = 5d;
table1.Rows.ElementAt <DxfTableRow>(2).Height = 255;
/*foreach (DxfTableColumn column in table1.Columns)
* {
* column.Width = 25d;
* }*/
table1.Columns.ElementAt <DxfTableColumn>(0).Width = 9;
table1.Columns.ElementAt <DxfTableColumn>(1).Width = 13;
table1.Columns.ElementAt <DxfTableColumn>(2).Width = 9;
table1.Columns.ElementAt <DxfTableColumn>(3).Width = 13;
table1.Columns.ElementAt <DxfTableColumn>(4).Width = 20;
table1.Columns.ElementAt <DxfTableColumn>(5).Width = 40;
table1.Columns.ElementAt <DxfTableColumn>(6).Width = 15;
table1.Columns.ElementAt <DxfTableColumn>(7).Width = 20;
table1.Columns.ElementAt <DxfTableColumn>(8).Width = 33;
DxfMText drillHoleStadHeight = new DxfMText(
@"地" + '\n' + "层" + '\n' + "时" + '\n' + "代",
new Point3D(2.5d, -2d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@"层 底" + '\n' + "厚 度" + '\n' + "(米)",
new Point3D(12.5d, -2d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@" 层 " + '\n' + " 厚 " + '\n' + "(米)",
new Point3D(24d, -2d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@"层 底" + '\n' + "标 高" + '\n' + "(米)",
new Point3D(33d, -2d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@" 柱 状 剖 面" + '\n' + " (比例尺)" + '\n' + " 1:" + plottingScale,
new Point3D(46d, -2d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@" 所 通 过 岩 层 的 描 述" + '\n',
new Point3D(66d, -3.5d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@"(颗粒成分、状态、 颜色、掺杂物等)",
new Point3D(66d, -9d, 0d),
1.5d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@"岩芯" + '\n' + "采取率" + '\n' + "（%）",
new Point3D(106d, -2d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@"原 位 测 试",
new Point3D(121d, -2d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@" 声 波 曲 线" + '\n' + " (km/s)",
new Point3D(141d, -3.5d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@"1",
new Point3D(3d, -19d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@"2",
new Point3D(14.5d, -19d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@"3",
new Point3D(25d, -19d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@"4",
new Point3D(37.5d, -19d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@"5",
new Point3D(52.5d, -19d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@"6",
new Point3D(85d, -19d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@"7",
new Point3D(109.5d, -19d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@"8",
new Point3D(127d, -19d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
drillHoleStadHeight = new DxfMText(
@"9",
new Point3D(153.5d, -19d, 0d),
2d
); block.Entities.Add(drillHoleStadHeight);
block.Entities.Add(table1);
}
{
//************table2*************tableStyle2**************
//set table borderStyle 此处DxfTableStyle括号中的名字，每个table的都不能相同
DxfTableStyle dxfTableStyle2 = new DxfTableStyle("Single2 bordered" + str);
dxfTableStyle2.DataCellStyle.SetAllBordersBorderType(BorderType.Single);
dxfTableStyle2.DataCellStyle.SetAllBordersColor(Colors.DarkGray);
dxfTableStyle2.TitleCellStyle.SetAllBordersBorderType(BorderType.Single);
dxfTableStyle2.HeaderCellStyle.SetAllBordersBorderType(BorderType.Single);
dxfTableStyle2.HeaderCellStyle.SetAllBordersColor(Colors.DarkGray);
//有该行的时候两个表格不能同时生成???***但是没有该行生成的图形文件又不完整
model.TableStyles.Add(dxfTableStyle2);
//model.TableStyles.Insert(1,dxfTableStyle2);
//定义一个拥有给定格式的表格
DxfTable table2 = new DxfTable(dxfTableStyle2);
//表格插入点的位置
table2.InsertionPoint = new Point3D(-2d, 25d, 0d);
table2.RowCount = 1;
table2.ColumnCount = 1;
table2.Rows.ElementAt <DxfTableRow>(0).Height = 305;
foreach (DxfTableColumn column in table2.Columns)
{
column.Width = 176d;
}
block.Entities.Add(table2);
}
{
//标题下划线
//定义线的长度
// A complex line type.
DxfLineType lineType = new DxfLineType("titleLine" + str);
model.LineTypes.Add(lineType);
DxfLine line = new DxfLine();
line.Start = new Point3D(44d, 10d, 0d);
line.End = new Point3D(113d, 10d, 0d);
line.LineType = lineType;
block.Entities.Add(line);
//标题名
DxfMText mText = new DxfMText(
@"钻孔柱状剖面图",
new Point3D(46d, 18d, 0d),
6d
);
block.Entities.Add(mText);
}
//定义标题栏中的其他部分
{
//定义输入钻孔***X***坐标位置
DxfMText mText1 = new DxfMText(
@"坐标 X=",
new Point3D(135d, 20d, 0d),
2.5d
);
block.Entities.Add(mText1);
DxfLineType lineType1 = new DxfLineType("applicanceX" + str);
model.LineTypes.Add(lineType1);
DxfLine lineX = new DxfLine();
lineX.Start = new Point3D(149d, 17.5d, 0d);
lineX.End = new Point3D(172d, 17.5d, 0d);
lineX.LineType = lineType1;
block.Entities.Add(lineX);
DxfMText mText11 = new DxfMText(
@"" + applicationCoordinateX,
new Point3D(151d, 20d, 0d),
2d
);
block.Entities.Add(mText11);
//定义输入钻孔***Y***坐标位置********一块填写部分开始
DxfMText mText2 = new DxfMText(
@"Y=",
new Point3D(145d, 10d, 0d),
2.5d
);
block.Entities.Add(mText2);
DxfLineType lineType2 = new DxfLineType("applicanceY" + str);
model.LineTypes.Add(lineType2);
DxfLine lineY = new DxfLine();
lineY.Start = new Point3D(149d, 7.5d, 0d);
lineY.End = new Point3D(172d, 7.5d, 0d);
lineY.LineType = lineType2;
block.Entities.Add(lineY);
DxfMText mText21 = new DxfMText(
@"" + applicationCoordinateY,
new Point3D(151d, 10d, 0d),
2d
);
block.Entities.Add(mText21);
//********************************** 一块填写部分结束**********************
}
{
//原位测试的长线条
DxfLineType drillCodeLineType = new DxfLineType("TestLine1" + str);
model.LineTypes.Add(drillCodeLineType);
DxfLine drillCodeine = new DxfLine();
drillCodeine.Start = new Point3D(124d, -23d, 0d);
drillCodeine.End = new Point3D(124d, -278d, 0d);
drillCodeine.Color = EntityColors.Gray;
drillCodeine.LineType = drillCodeLineType;
block.Entities.Add(drillCodeine);
DxfLineType drillCodeLineType1 = new DxfLineType("TestLine2" + str);
model.LineTypes.Add(drillCodeLineType1);
DxfLine drillCodeine1 = new DxfLine();
drillCodeine1.Start = new Point3D(129d, -23d, 0d);
drillCodeine1.End = new Point3D(129d, -278d, 0d);
drillCodeine1.Color = EntityColors.Gray;
drillCodeine1.LineType = drillCodeLineType1;
block.Entities.Add(drillCodeine1);
DxfLineType drillCodeLineType2 = new DxfLineType("TestLine3" + str);
model.LineTypes.Add(drillCodeLineType2);
DxfLine drillCodeine2 = new DxfLine();
drillCodeine2.Start = new Point3D(134d, -23d, 0d);
drillCodeine2.End = new Point3D(134d, -278d, 0);
drillCodeine2.Color = EntityColors.Gray;
drillCodeine2.LineType = drillCodeLineType2;
block.Entities.Add(drillCodeine2);
}
{
//声波曲线的长线条
DxfLineType drillCodeLineType = new DxfLineType("TestLine11" + str);
model.LineTypes.Add(drillCodeLineType);
{
//长线
DxfLine drillCodeine = new DxfLine();
drillCodeine.Start = new Point3D(144d, -23d, 0d);
drillCodeine.End = new Point3D(144d, -278d, 0d);
drillCodeine.Color = EntityColors.Gray;
drillCodeine.LineType = drillCodeLineType;
block.Entities.Add(drillCodeine);
}
{
DxfMText mtext = new DxfMText(
@"2",
new Point3D(143.5d, -13.5d, 0d),
2d
);
model.Entities.Add(mtext);
//长短线
DxfLine drillCodeine = new DxfLine();
drillCodeine.Start = new Point3D(144d, -16d, 0d);
drillCodeine.End = new Point3D(144d, -18d, 0d);
drillCodeine.LineType = drillCodeLineType;
block.Entities.Add(drillCodeine);
}
{
//短线
DxfLine drillCodeine = new DxfLine();
drillCodeine.Start = new Point3D(141.5d, -17d, 0d);
drillCodeine.End = new Point3D(141.5d, -18d, 0d);
drillCodeine.LineType = drillCodeLineType;
block.Entities.Add(drillCodeine);
}
DxfLineType drillCodeLineType1 = new DxfLineType("TestLine12" + str);
model.LineTypes.Add(drillCodeLineType1);
{
DxfLine drillCodeine1 = new DxfLine();
drillCodeine1.Start = new Point3D(149d, -23d, 0d);
drillCodeine1.End = new Point3D(149d, -278d, 0d);
drillCodeine1.Color = EntityColors.Gray;
drillCodeine1.LineType = drillCodeLineType1;
block.Entities.Add(drillCodeine1);
}
{
DxfMText mtext = new DxfMText(
@"3",
new Point3D(148.5d, -13.5d, 0d),
2d
);
model.Entities.Add(mtext);
//长短线
DxfLine drillCodeine = new DxfLine();
drillCodeine.Start = new Point3D(149d, -16d, 0d);
drillCodeine.End = new Point3D(149d, -18d, 0d);
drillCodeine.LineType = drillCodeLineType;
block.Entities.Add(drillCodeine);
}
{
//短线
DxfLine drillCodeine = new DxfLine();
drillCodeine.Start = new Point3D(146.5d, -17d, 0d);
drillCodeine.End = new Point3D(146.5d, -18d, 0d);
drillCodeine.LineType = drillCodeLineType;
block.Entities.Add(drillCodeine);
}
DxfLineType drillCodeLineType2 = new DxfLineType("TestLine13" + str);
model.LineTypes.Add(drillCodeLineType2);
{
DxfLine drillCodeine2 = new DxfLine();
drillCodeine2.Start = new Point3D(154d, -23d, 0d);
drillCodeine2.End = new Point3D(154d, -278d, 0);
drillCodeine2.Color = EntityColors.Gray;
drillCodeine2.LineType = drillCodeLineType2;
block.Entities.Add(drillCodeine2);
}
{
DxfMText mtext = new DxfMText(
@"4",
new Point3D(153.5d, -13.5d, 0d),
2d
);
model.Entities.Add(mtext);
//长短线
DxfLine drillCodeine = new DxfLine();
drillCodeine.Start = new Point3D(154d, -16d, 0d);
drillCodeine.End = new Point3D(154d, -18d, 0d);
drillCodeine.LineType = drillCodeLineType;
block.Entities.Add(drillCodeine);
}
{
//短线
DxfLine drillCodeine = new DxfLine();
drillCodeine.Start = new Point3D(151.5d, -17d, 0d);
drillCodeine.End = new Point3D(151.5d, -18d, 0d);
drillCodeine.LineType = drillCodeLineType;
block.Entities.Add(drillCodeine);
}
DxfLineType drillCodeLineType3 = new DxfLineType("TestLine14" + str);
model.LineTypes.Add(drillCodeLineType3);
{
DxfLine drillCodeine3 = new DxfLine();
drillCodeine3.Start = new Point3D(159d, -23d, 0d);
drillCodeine3.End = new Point3D(159d, -278d, 0d);
drillCodeine3.Color = EntityColors.Gray;
drillCodeine3.LineType = drillCodeLineType3;
block.Entities.Add(drillCodeine3);
}
{
DxfMText mtext = new DxfMText(
@"5",
new Point3D(158.5d, -13.5d, 0d),
2d
);
model.Entities.Add(mtext);
//长短线
DxfLine drillCodeine = new DxfLine();
drillCodeine.Start = new Point3D(159d, -16d, 0d);
drillCodeine.End = new Point3D(159d, -18d, 0d);
drillCodeine.LineType = drillCodeLineType;
block.Entities.Add(drillCodeine);
}
{
//短线
DxfLine drillCodeine = new DxfLine();
drillCodeine.Start = new Point3D(156.5d, -17d, 0d);
drillCodeine.End = new Point3D(156.5d, -18d, 0d);
drillCodeine.LineType = drillCodeLineType;
block.Entities.Add(drillCodeine);
}
DxfLineType drillCodeLineType4 = new DxfLineType("TestLine15" + str);
model.LineTypes.Add(drillCodeLineType4);
{
DxfLine drillCodeine4 = new DxfLine();
drillCodeine4.Start = new Point3D(164d, -23d, 0d);
drillCodeine4.End = new Point3D(164d, -278d, 0d);
drillCodeine4.Color = EntityColors.Gray;
drillCodeine4.LineType = drillCodeLineType4;
block.Entities.Add(drillCodeine4);
}
{
DxfMText mtext = new DxfMText(
@"6",
new Point3D(163.5d, -13.5d, 0d),
2d
);
model.Entities.Add(mtext);
//长短线
DxfLine drillCodeine = new DxfLine();
drillCodeine.Start = new Point3D(164d, -16d, 0d);
drillCodeine.End = new Point3D(164d, -18d, 0d);
drillCodeine.LineType = drillCodeLineType;
block.Entities.Add(drillCodeine);
}
{
//短线
DxfLine drillCodeine = new DxfLine();
drillCodeine.Start = new Point3D(161.5d, -17d, 0d);
drillCodeine.End = new Point3D(161.5d, -18d, 0d);
drillCodeine.LineType = drillCodeLineType;
block.Entities.Add(drillCodeine);
}
DxfLineType drillCodeLineType5 = new DxfLineType("TestLine16" + str);
model.LineTypes.Add(drillCodeLineType5);
{
DxfLine drillCodeine5 = new DxfLine();
drillCodeine5.Start = new Point3D(169d, -23d, 0d);
drillCodeine5.End = new Point3D(169d, -278d, 0);
drillCodeine5.Color = EntityColors.Gray;
drillCodeine5.LineType = drillCodeLineType5;
block.Entities.Add(drillCodeine5);
}
{
DxfMText mtext = new DxfMText(
@"7",
new Point3D(168.5d, -13.5d, 0d),
2d
);
model.Entities.Add(mtext);
//长短线
DxfLine drillCodeine = new DxfLine();
drillCodeine.Start = new Point3D(169d, -16d, 0d);
drillCodeine.End = new Point3D(169d, -18d, 0d);
drillCodeine.LineType = drillCodeLineType;
block.Entities.Add(drillCodeine);
}
{
//短线
DxfLine drillCodeine = new DxfLine();
drillCodeine.Start = new Point3D(166.5d, -17d, 0d);
drillCodeine.End = new Point3D(166.5d, -18d, 0d);
drillCodeine.LineType = drillCodeLineType;
block.Entities.Add(drillCodeine);
}
}
//需要填入表中的其他部分的内容
{
//钻孔编号*****************************************************************
DxfMText drillCodeText = new DxfMText(
@"钻孔编号",
new Point3D(0d, 5d, 0d),
2.5d
);
block.Entities.Add(drillCodeText);
DxfLineType drillCodeLineType = new DxfLineType("zkbhLine" + str);
model.LineTypes.Add(drillCodeLineType);
DxfLine drillCodeine = new DxfLine();
drillCodeine.Start = new Point3D(15d, 1d, 0d);
drillCodeine.End = new Point3D(33d, 1d, 0d);
drillCodeine.LineType = drillCodeLineType;
block.Entities.Add(drillCodeine);
DxfMText drillCodeWriteIn = new DxfMText(
@"" + drillCode,
new Point3D(17d, 4d, 0d),
2d
);
block.Entities.Add(drillCodeWriteIn);
//***********************************************************************
//钻孔位置***************************************************************
DxfMText drillLocationText = new DxfMText(
@"钻孔位置",
new Point3D(35d, 5d, 0d),
2.5d
);
block.Entities.Add(drillLocationText);
DxfLineType drillLocationLineType = new DxfLineType("drillLocationLine" + str);
model.LineTypes.Add(drillLocationLineType);
DxfLine drillLocationLine = new DxfLine();
drillLocationLine.Start = new Point3D(52d, 1, 0d);
drillLocationLine.End = new Point3D(77d, 1d, 0d);
drillLocationLine.LineType = drillLocationLineType;
block.Entities.Add(drillLocationLine);
DxfMText drillLocationWriteIn = new DxfMText(
@"" + drillLocation + drillLocation1 + drillLocation2,
new Point3D(54d, 4d, 0d),
2d
);
block.Entities.Add(drillLocationWriteIn);
//*****************************************************************************
//********施钻起止日期*********************************************************
DxfMText drillDate = new DxfMText(
@"施钻起止日期",
new Point3D(79d, 5d, 0d),
2.5d
);
block.Entities.Add(drillDate);
DxfLineType drillDateLineType = new DxfLineType("drillDateLine" + str);
model.LineTypes.Add(drillDateLineType);
DxfLine drillDateLine = new DxfLine();
drillDateLine.Start = new Point3D(101, 1d, 0d);
drillDateLine.End = new Point3D(133, 1d, 0d);
drillDateLine.LineType = drillDateLineType;
block.Entities.Add(drillDateLine);
DxfMText drillDateWriteIn = new DxfMText(
@"" + drillStartTime + "--" + drillEndTime,
new Point3D(102d, 4d, 0d),
2d
);
block.Entities.Add(drillDateWriteIn);
//***********************************************************************
//**********孔口标高*****************************************************
DxfMText drillHoleStadHeight = new DxfMText(
@"孔口标高",
new Point3D(136d, 5d, 0d),
2.5d
);
block.Entities.Add(drillHoleStadHeight);
DxfLineType drillHoleStadHeightLineType = new DxfLineType("drillHoleStaHeight" + str);
model.LineTypes.Add(drillHoleStadHeightLineType);
DxfLine drillHoleStadHeightLine = new DxfLine();
drillHoleStadHeightLine.Start = new Point3D(151d, 1d, 0d);
drillHoleStadHeightLine.End = new Point3D(172d, 1d, 0d);
drillHoleStadHeightLine.LineType = drillHoleStadHeightLineType;
block.Entities.Add(drillHoleStadHeightLine);
DxfMText drillHoleStadHeightWriteIn = new DxfMText(
@"" + drillHoleStadardHeight,
new Point3D(152d, 4d, 0d),
2d
);
block.Entities.Add(drillHoleStadHeightWriteIn);
//**********************************************************************************
}
addExtension(); //添加扩展线，包括描述信息的添加（）
AcosticWave aw = new AcosticWave(); //声波数据
aw.getAusticWave(model, block);
//文件存储路径
//dxf格式的柱状图
string path = AppDomain.CurrentDomain.BaseDirectory + "Drill\\acosticHistogram\\" + drillCode + ".dxf";
DxfWriter.Write(path, model, true);
//获取其他格式的柱状图
ConvertFigureFormat cf = new ConvertFigureFormat();
string filename = drillCode;
string outfile = AppDomain.CurrentDomain.BaseDirectory + "Drill\\acosticHistogram\\" + filename;
cf.getDXFFormat(model, filename, outfile);
}
public void Visit(DxfInsert insert)
{
this.bool_0 = true;
}
public Class961(DxfInsert insert)
{
this.dxfInsert_0 = insert;
}
public void BeginInsert(DxfInsert insert)
{
this.linkedListNodeRef_0.Insert((IWireframeDrawable) new WireframeGraphicsCache.Class961(insert));
}
public void BeginInsert(DxfInsert insert)
{
this.iwireframeGraphicsFactory2_0.BeginInsert(insert);
}
public void Test1()
{
DxfModel model = new DxfModel(DxfVersion.Dxf14);
// Create block.
DxfBlock block = new DxfBlock("TEST_BLOCK");
model.Blocks.Add(block);
block.Entities.Add(new DxfCircle(EntityColors.Blue, Point3D.Zero, 2d));
block.Entities.Add(new DxfLine(EntityColors.Red, Point3D.Zero, new Point3D(-1, 2, 1)));
block.Entities.Add(new DxfLine(EntityColors.Green, Point3D.Zero, new Point3D(2, 0, 1)));
// Insert block at 3 positions.
model.Entities.Add(new DxfInsert(block, new Point3D(1, 0, 0)));
model.Entities.Add(new DxfInsert(block, new Point3D(3, 1, 0)));
model.Entities.Add(new DxfInsert(block, new Point3D(2, -3, 0)));
DxfInsert dxfInsert = new DxfInsert();
dxfInsert.InsertionPoint = new Point3D(10,10,0);
model.Entities.Add(dxfInsert);
DxfWriter.Write("DxfWriteInsertTest.dxf", model, false);
}
