private vdInsert AddInsertToEntities(vdEntities entities, InsertData ins)
{
//var blk = vDraw.ActiveDocument.Blocks.FindName(ins.BlockRef.Name) ?? CreateBlock(ins.BlockRef);
var blk = vDraw.ActiveDocument.Blocks.FindName(ins.BlockName) ?? CreateBlock(DictBlocks[ins.BlockName]);
if (blk == null)
{
//MessageBox.Show("块创建失败！");
return(null);
}
vdInsert insEntity = new vdInsert(vDraw.ActiveDocument)
{
Block = blk
};
AddXProperties(insEntity, ins);
Matrix mtx = ChangeTransMatrix(ins.TransMatrix);
insEntity.Transformby(mtx);
insEntity.InsertionPoint *= Tools.Ft2MmScale;
entities.Add(insEntity);
return(insEntity);
}
public override void FillShapeEntities(ref vdEntities entities)
{
vdCircle circle = new vdCircle();
entities.AddItem(circle);
circle.MatchProperties(this, Document);
circle.Radius = mRadius;
circle.HatchProperties = mhatchprops;
if (mShowLines)
{
gPoint cen = new gPoint();
vdLine line1;
double angle = 0.0;
for (int i = 0; i < 4; i++)
{
line1 = new vdLine();
line1.MatchProperties(this, Document);
if (mhatchprops.FillMode == VdConstFill.VdFillModeNone)
{
line1.LineType = Document.LineTypes.Invisible;
}
line1.StartPoint = new gPoint(gPoint.Polar(cen, angle + mAngle, 3.0d * mRadius / 2.0d));
line1.EndPoint = new gPoint(gPoint.Polar(cen, angle + mAngle, 2.0d * mRadius));
angle += VectorDraw.Geometry.Globals.HALF_PI;
entities.AddItem(line1);
}
}
}
public override vdEntities Explode()
{
vdEntities Entities = new vdEntities();
Entities.SetUnRegisterDocument(Document);
if (Document != null)
{
Document.UndoHistory.PushEnable(false);
}
vdLine line = new vdLine();
line.StartPoint = StartPoint;
line.EndPoint = EndPoint;
line.MatchProperties(this, Document);
Entities.AddItem(line);
vdPolyline pl = new vdPolyline();
pl.VertexList.AddRange(this.mArrowPoints);
pl.Flag = VdConstPlineFlag.PlFlagCLOSE;
pl.HatchProperties = new vdHatchProperties();
pl.HatchProperties.FillMode = VdConstFill.VdFillModeSolid;
pl.HatchProperties.FillColor.ByBlock = true;
pl.Transformby(ArrowEcsMatrix(new Vector(0, 0, 1)));
pl.MatchProperties(this, Document);
Entities.AddItem(pl);
if (Document != null)
{
Document.UndoHistory.PopEnable();
}
return(Entities);
}
public void clear_previous_pic()
{
vdEntities arr = this.cf.vdScrollableControl1.BaseControl.ActiveDocument.ActiveLayOut.Entities;
arr.RemoveAll();
vdDocument activeDocu = this.cf.vdScrollableControl1.BaseControl.ActiveDocument;
activeDocu.Redraw(true);
cf.vdScrollableControl1.BaseControl.ActiveDocument.ZoomExtents();
}
public void find_depth()
{
vdEntities arr = this.vdScrollableControl1.BaseControl.ActiveDocument.ActiveLayOut.Entities;
List <vdLine> list = new List <vdLine>();
//arr[arr.Count - 2], arr[arr.Count - 1]
vdLine line1 = (vdLine)arr[arr.Count - 2];
vdLine line2 = (vdLine)arr[arr.Count - 1];
if (line1.StartPoint.y >= line2.StartPoint.y)
{
//line1ÔÚÉÏÃæ
list.Add(line1);
list.Add(line2);
}
else
{
list.Add(line2);
list.Add(line1);
}
// DrawCommonData.startDepth1
List <vdText> depthList = new List <vdText>();
foreach (vdFigure figure in arr)
{
if (figure is vdText)
{
vdText text = figure as vdText;
try
{
int depth = int.Parse(text.TextString);
if (depth >= DrawCommonData.upperdepth && depth <= DrawCommonData.lowerdepth)
{
depthList.Add(text);
}
}
catch
{
continue;
}
}
}
int upper = this.find_nearest_depth(depthList, list[0]); //Éî¶ÈÉϽç
int lower = this.find_nearest_depth(depthList, list[1]); //Éî¶ÈϽç
MessageBox.Show("ÉϽç:" + upper.ToString());
MessageBox.Show("Ͻç:" + lower.ToString());
}
private vdPolyface AddMeshToEntities(vdEntities entities, MeshData mesh)
{
vdPolyface onepolyface = new vdPolyface();
onepolyface.SetUnRegisterDocument(vDraw.ActiveDocument);
onepolyface.setDocumentDefaults();
// 顶点数组输入
foreach (PointData point in mesh.Vertexes)
{
onepolyface.VertexList.Add(point.X * Tools.Ft2MmScale, point.Y * Tools.Ft2MmScale, point.Z * Tools.Ft2MmScale);
}
// 面片索引输入
foreach (TriangleIndexData index in mesh.TriangleIndexes)
{
onepolyface.AddFaceItem(index.V1 + 1, index.V2 + 1, index.V3 + 1, index.V1 + 1, -1);
}
onepolyface.SmoothAngle = 45;
onepolyface.Layer = vDraw.ActiveDocument.Layers.FindName(mesh.MaterialName);
entities.Add(onepolyface);
if (ExportSetting.SystemSetting.IsExportTextureFile)
{
var material = Materials.Find(m => m.Name == mesh.MaterialName);
if (material != null && !string.IsNullOrEmpty(material.GetValidMapFile()))
{
var img = vDraw.ActiveDocument.Images.FindName(Path.GetFileNameWithoutExtension(material.GetValidMapFile()));
if (img != null)
{
onepolyface.PenColor.SystemColor = Color.Gray;
onepolyface.PenColor.MaterialImage = img;
Matrix mtx = new Matrix();
mtx.IdentityMatrix();
mtx.ScaleMatrix(0.001, 0.001, 1);
onepolyface.PenColor.MaterialMatrix = mtx;
}
}
}
onepolyface.Invalidate();
onepolyface.Update();
return(onepolyface);
}
private void AddPipeToEntities(vdEntities entities, double diameter, gPoint ptStart, gPoint ptEnd, string layerName)
{
var pf = new vdPolyface();
pf.SetUnRegisterDocument(vDraw.ActiveDocument);
pf.setDocumentDefaults();
var line = new vdLine(ptStart, ptEnd);
var circle = new vdCircle
{
Radius = diameter / 2.0
};
pf.Generate3dPathSection(line, circle, new gPoint(0, 0, 0), 6, 1);
pf.Layer = vDraw.ActiveDocument.Layers.FindName(layerName);
pf.SmoothAngle = 45;
entities.Add(pf);
}
private void button1_Click(object sender, EventArgs e)
{
vdEntities arr = ((Childform)this.ActiveMdiChild).vdScrollableControl1.BaseControl.ActiveDocument.ActiveLayOut.Entities;
vdLine beforelastline = arr[arr.Count - 2] as vdLine;
vdLine lastline = arr[arr.Count - 1] as vdLine;
if (beforelastline != null && lastline != null)
{
MessageBox.Show("无法画线");
return;
}
((Childform)this.ActiveMdiChild).vdScrollableControl1.BaseControl.ActiveDocument.CommandAction.CmdLine(null);
}
public override void FillShapeEntities(ref vdEntities entities)
{
vdCircle circle = new vdCircle();
entities.AddItem(circle);
circle.MatchProperties(this, Document);
circle.Radius = mRadius;
if (mShowLines)
{
gPoint cen = new gPoint();
vdLine line1;
vdPolyline pLine = new vdPolyline();
line1 = new vdLine();
line1.MatchProperties(this, Document);
if (mhatchprops.FillMode == VdConstFill.VdFillModeNone)
{
line1.LineType = Document.LineTypes.Invisible;
}
line1.StartPoint = circle.Center;
double ss = 0.5d;
line1.EndPoint = new gPoint(line1.StartPoint.x - ss, line1.StartPoint.y - ss);
pLine.MatchProperties(this, Document);
pLine.VertexList.Add(line1.StartPoint);
//pLine.VertexList.Add(new gPoint(line1.StartPoint.x,line1.StartPoint.y - circle.Radius));
pLine.VertexList.Add(line1.EndPoint);
pLine.VertexList.Add(new gPoint(line1.StartPoint.x + ss, line1.StartPoint.y - ss));
pLine.VertexList.Add(pLine.VertexList[0]);
//entities.AddItem(line1);
entities.AddItem(pLine);
}
}
public static Box GetBoundingBox(IList <vdFigure> entities)
{
var vdEntities = new vdEntities(entities.ToArray());
return(vdEntities.GetBoundingBox(true, true));
}
private void find_depth_gap()
{
vdEntities arr = ((Childform)this.ActiveMdiChild).vdScrollableControl1.BaseControl.ActiveDocument.ActiveLayOut.Entities;
List <vdLine> list = new List <vdLine>();
//arr[arr.Count - 2], arr[arr.Count - 1]
vdLine line1;
vdLine line2;
try
{
line1 = (vdLine)arr[arr.Count - 2];
line2 = (vdLine)arr[arr.Count - 1];
}
catch
{
MessageBox.Show("还没有画线或者线的数目不够2个");
return;
}
if (line1.StartPoint.y >= line2.StartPoint.y)
{
//line1在上面
list.Add(line1);
list.Add(line2);
}
else
{
list.Add(line2);
list.Add(line1);
}
// DrawCommonData.startDepth1
List <vdText> depthList = new List <vdText>();
foreach (vdFigure figure in arr)
{
if (figure is vdText)
{
vdText text = figure as vdText;
try
{
int depth = int.Parse(text.TextString);
if (depth >= DrawCommonData.upperdepth && depth <= DrawCommonData.lowerdepth)
{
depthList.Add(text);
}
}
catch
{
continue;
}
}
}
int upper = this.find_nearest_depth(depthList, list[0]); //深度上界
int lower = this.find_nearest_depth(depthList, list[1]); //深度下界
if (upper < 0)
{
upper = lower - 2;
}
//MessageBox.Show("上界:" + upper.ToString());
//MessageBox.Show("下界:" + lower.ToString());
MessageBox.Show(upper.ToString() + "-" + lower.ToString());
BaseLineForm.depthmin = upper;
BaseLineForm.depthmax = lower;
}
public override void FillShapeEntities(ref vdEntities entities)
{
//calculate shape entities in ecs
gPoint cen = new gPoint();
vdText text = new vdText();
//entities.AddItem(text);
//text.MatchProperties(this, Document);
text.Style = TextStyle;
text.TextString = TextString;
text.VerJustify = VdConstVerJust.VdTextVerCen;
text.HorJustify = VdConstHorJust.VdTextHorCenter;
text.Height = TextHeight;
text.InsertionPoint = cen;
vdPolyline pl = new vdPolyline();
entities.AddItem(cirStart);
entities.AddItem(pl);
//entities.AddItem(pl2);
pl.MatchProperties(this, Document);
cirStart.MatchProperties(this, Document);
cirEnd.MatchProperties(this, Document);
Vertexes verts = new Vertexes();
double stepangle = Globals.VD_TWOPI / this.NumSides;
double sang = 0.0d;
for (int i = 0; i < NumSides; i++)
{
verts.Add(gPoint.Polar(cen, sang, Radius));
sang += stepangle;
}
pl.VertexList = verts;
pl.Flag = VdConstPlineFlag.PlFlagCLOSE;
//entities.AddItem(cirEnd);
cirStart.Center = cen;
cirStart.Radius = mRadius;
cirStart.Thickness = PipeHeight;
//cirStart.Thickness = cirStart.Center.Distance3D(EndPoint);
//cirStart.ExtrusionVector = new Vector(0.0, 1.0, 0.0);
//cirStart.ExtrusionVector = Vector.CreateExtrusion(EndPoint, StartPoint);
cirStart.ExtrusionVector = Vector.CreateExtrusion(StartPoint, EndPoint);
cirEnd.Center = EndPoint;
cirEnd.Radius = mRadius;
//cirEnd.ExtrusionVector = Vector.CreateExtrusion(cen, EndPoint);
//cirEnd.ExtrusionVector = cirStart.ExtrusionVector;
// Draw DisNet Pipe
gPoints gPts = GetDisNetPipePoints();
//vdPolyline plDisNet = new vdPolyline();
pl.VertexList = new Vertexes(gPts);
//entities.AddItem(pl);
}
public override void FillShapeEntities(ref vdEntities entities)
{
vdCircle circle = new vdCircle();
//entities.AddItem(circle);
circle.MatchProperties(this, Document);
circle.Radius = mRadius;
circle.HatchProperties = mhatchprops;
if (mShowLines)
{
gPoint cen = new gPoint();
vdLine line1;
double dx = 0.0d, dy = 0.0d;
dx = circle.Center.x - 0.5;
dy = circle.Center.y;
line1 = new vdLine();
line1.StartPoint = new gPoint(dx, dy, circle.Center.z);
line1.EndPoint = new gPoint(circle.Center.x + 0.5d, circle.Center.y, circle.Center.z);
line1.MatchProperties(this, Document);
entities.AddItem(line1);
for (int i = 0; i < 6; i++)
{
line1 = new vdLine();
line1.MatchProperties(this, Document);
line1.StartPoint = new gPoint(dx, dy);
line1.EndPoint = new gPoint(line1.StartPoint.x - 0.1d, line1.StartPoint.y - 0.3);
dx += 0.2;
//dy += 0.3;
entities.AddItem(line1);
}
//line1 = new vdLine();
//line1.StartPoint = new gPoint(circle.Center.x - 1.0d, circle.Center.y, circle.Center.z);
//line1.EndPoint = new gPoint(circle.Center.x + 1.0d, circle.Center.y, circle.Center.z);
//line1.MatchProperties(this, Document);
//entities.AddItem(line1);
//line2 = new vdLine();
//line2.StartPoint = line1.StartPoint;
//line2.EndPoint = new gPoint(line1.StartPoint.x-0.1d, line1.StartPoint.y - 0.5d);
//line2.MatchProperties(this, Document);
//entities.AddItem(line2);
//line3 = new vdLine();
//line3.StartPoint = line1.EndPoint;
//line3.EndPoint = new gPoint(line1.EndPoint.x - 0.1d, line1.EndPoint.y - 0.5d);
//line3.MatchProperties(this, Document);
//entities.AddItem(line3);
//line4 = new vdLine();
//line4.StartPoint = new gPoint(line1.StartPoint.x + 0.3d, line1.StartPoint.y);
//line4.EndPoint = new gPoint(line4.StartPoint.x - 0.1d, line4.EndPoint.y - 0.5d);
//line4.MatchProperties(this, Document);
//entities.AddItem(line4);
//line5 = new vdLine();
//line5.StartPoint = new gPoint(line4.StartPoint.x + 0.3d, line4.StartPoint.y);
//line5.EndPoint = new gPoint(line5.StartPoint.x - 0.1d, line5.EndPoint.y - 0.5d);
//line5.MatchProperties(this, Document);
//entities.AddItem(line5);
//line6 = new vdLine();
//line6.StartPoint = new gPoint(line5.StartPoint.x + 0.3d, line5.StartPoint.y);
//line6.EndPoint = new gPoint(line6.StartPoint.x - 0.1d, line6.EndPoint.y - 0.5d);
//line6.MatchProperties(this, Document);
//entities.AddItem(line6);
//ASTRASupportPinned pinn = new ASTRASupportPinned();
//pinn.MatchProperties(this, Document);
//pinn.Origin = circle.Center;
//pinn.Radius = 0.2d;
//entities.AddItem(pinn);
}
}
public override void FillShapeEntities(ref vdEntities entities)
{
//vdDocument document = entities.Document;
//vdCircle circle = new vdCircle();
//entities.AddItem(circle);
//circle.MatchProperties(this, Document);
//circle.Radius = mRadius;
//circle.HatchProperties = mhatchprops;
//if (mShowLines)
//{
// gPoint cen = new gPoint();
// vdLine line1;
// double angle = 0.0;
// for (int i = 0; i < 4; i++)
// {
// line1 = new vdLine();
// line1.MatchProperties(this, Document);
// if (mhatchprops.FillMode == VdConstFill.VdFillModeNone)
// {
// line1.LineType = Document.LineTypes.Invisible;
// }
// line1.StartPoint = new gPoint(gPoint.Polar(cen, angle + mAngle, 3.0d * mRadius / 2.0d));
// line1.EndPoint = new gPoint(gPoint.Polar(cen, angle + mAngle, 2.0d * mRadius));
// angle += VectorDraw.Geometry.Globals.HALF_PI;
// entities.AddItem(line1);
// }
//}
gPoint EPT, SPT;
SPT = StartPoint;
EPT = EndPoint;
vdLine line1 = new vdLine();
//line1.SetUnRegisterDocument(document);
//line1.setDocumentDefaults();
line1.StartPoint = SPT;
line1.EndPoint = EPT;
entities.AddItem(line1);
vdLine line2 = new vdLine();
//line2.SetUnRegisterDocument(document);
//line2.setDocumentDefaults();
line2.StartPoint = new gPoint(SPT.x, SPT.y - 1, SPT.z);
line2.EndPoint = new gPoint(EPT.x, EPT.y - 1, EPT.z);
entities.AddItem(line2);
ASTRAMemberLoad aline = new ASTRAMemberLoad();
entities.AddItem(aline);
aline.InitializeProperties();
aline.setDocumentDefaults();
aline.StartPoint = line2.StartPoint;
aline.EndPoint = line1.StartPoint;
aline.arrowSize = 0.3;
double ll = ((line1.Length() / 5.0d) / line1.Length());
double sx, sy, sz;
double ex, ey, ez;
sx = sy = sz = 0.0d;
for (int j = 1; j <= 5; j++)
{
ASTRAMemberLoad aline1 = new ASTRAMemberLoad();
entities.AddItem(aline1);
aline1.InitializeProperties();
aline1.setDocumentDefaults();
aline1.arrowSize = 0.3;
sx = (j * ll) * (line2.EndPoint.x - line2.StartPoint.x) + line2.StartPoint.x;
sy = (j * ll) * (line2.EndPoint.y - line2.StartPoint.y) + line2.StartPoint.y;
sz = (j * ll) * (line2.EndPoint.z - line2.StartPoint.z) + line2.StartPoint.z;
aline1.StartPoint = new gPoint(sx, sy, sz);
ex = (j * ll) * (line1.EndPoint.x - line1.StartPoint.x) + line1.StartPoint.x;
ey = (j * ll) * (line1.EndPoint.y - line1.StartPoint.y) + line1.StartPoint.y;
ez = (j * ll) * (line1.EndPoint.z - line1.StartPoint.z) + line1.StartPoint.z;
aline1.EndPoint = new gPoint(ex, ey, ez);
}
}
