// //Update is called once per frame
//void Update()
//{
// if (GoView.Content.Zoom > LineLenght)
// {
// lr.enabled = false;
// return;
// }
// lr.enabled = true;
// //lr.SetWidth(GoView.Content.Zoom * ZoomAdjust, GoView.Content.Zoom * ZoomAdjust);
//}
//设置线段
public void Set(DXFStructure dxf, LINE item, float ScaleX = 1, float ScaleY = 1)
{
var goLayer = GoView.Content.GetLayer(item.C8);
if (goLayer != null)
{
lr.material = goLayer.LayerMaterial;
ZoomAdjust = goLayer.ZoomAdjust;
}
gg = goLayer;
lr.SetVertexCount(2);
var p1 = new Vector3((float)item.C10 * ScaleX, (float)item.C20 * ScaleY, (float)item.C30);
var p2 = new Vector3((float)item.C11 * ScaleX, (float)item.C21 * ScaleY, (float)item.C31);
lr.SetPosition(0, p1);
lr.SetPosition(1, p2);
LineLenght = Vector2.Distance(p1, p2) * 2;
this.gameObject.isStatic = true;
if (GoView.Content.MaxX < p1.x)
GoView.Content.MaxX = p1.x;
if (GoView.Content.MinX > p1.x)
GoView.Content.MinX = p1.x;
if (GoView.Content.MaxY < p1.y)
GoView.Content.MaxY = p1.y;
if (GoView.Content.MinY > p1.y)
GoView.Content.MinY = p1.y;
}
protected override Property ReadSonClass(Property prop)
{
if (prop.Code == 0 && prop.Value != "ENDSEC")
{
switch (prop.Value)
{
//case "C3DFACE":
//case "C3DSOLID":
//case "ACAD_PROXY_ENTITY":
case "ARC":
var arc = new ARC(DXFData, prop);
ARCList.Add(arc);
return arc.ReadProperties();
//case "ATTDEF":
//case "ATTRIB":
//case "BODY":
case "CIRCLE":
var circle = new CIRCLE(DXFData, prop);
CIRCLEList.Add(circle);
return circle.ReadProperties();
//case "DIMENSION":
case "ELLIPSE":
var ellipes = new ELLIPSE(DXFData, prop);
ELLIPSEList.Add(ellipes);
return ellipes.ReadProperties();
//case "HATCH":
//case "HELIX":
//case "IMAGE":
case "INSERT":
var insert = new INSERT(DXFData, prop);
INSERTList.Add(insert);
return insert.ReadProperties();
//case "LEADER":
//case "LIGHT":
case "LINE":
var line = new LINE(DXFData, prop);
LINEList.Add(line);
return line.ReadProperties();
case "LWPOLYLINE":
var lwpolyline = new LWPOLYLINE(DXFData, prop);
LWPOLYLINEList.Add(lwpolyline);
return lwpolyline.ReadProperties();
//case "MESH":
//case "MLINE":
//case "MLEADERSTYLE":
//case "MLEADER":
//case "MTEXT":
//case "OLEFRAME":
//case "OLE2FRAME":
//case "POINT":
//case "POLYLINE":
//case "RAY":
//case "REGION":
//case "SECTION":
//case "SEQEND":
//case "SHAPE":
//case "SOLID":
//case "SPLINE":
//case "SUN":
//case "SURFACE":
//case "TABLE":
case "TEXT":
var text = new TEXT(DXFData, prop);
TEXTList.Add(text);
return text.ReadProperties();
//case "TOLERANCE":
//case "TRACE":
//case "UNDERLAY":
//case "VERTEX":
//case "VIEWPORT":
//case "WIPEOUT":
//case "XLINE":
default:
return CreateSonClass(new ENTITIE(DXFData, prop));
}
}
else
{
return base.ReadSonClass(prop);
}
}
protected override Property ReadSonClass(Property prop)
{
if (prop.Code == 0 && prop.Value != "ENDSEC")
{
switch (prop.Value)
{
//case "C3DFACE":
//case "C3DSOLID":
//case "ACAD_PROXY_ENTITY":
case "ARC":
var arc = new ARC(DXFData, prop);
ARCList.Add(arc);
return(arc.ReadProperties());
//case "ATTDEF":
//case "ATTRIB":
//case "BODY":
case "CIRCLE":
var circle = new CIRCLE(DXFData, prop);
CIRCLEList.Add(circle);
return(circle.ReadProperties());
//case "DIMENSION":
case "ELLIPSE":
var ellipes = new ELLIPSE(DXFData, prop);
ELLIPSEList.Add(ellipes);
return(ellipes.ReadProperties());
//case "HATCH":
//case "HELIX":
//case "IMAGE":
case "INSERT":
var insert = new INSERT(DXFData, prop);
INSERTList.Add(insert);
return(insert.ReadProperties());
//case "LEADER":
//case "LIGHT":
case "LINE":
var line = new LINE(DXFData, prop);
LINEList.Add(line);
return(line.ReadProperties());
case "LWPOLYLINE":
var lwpolyline = new LWPOLYLINE(DXFData, prop);
LWPOLYLINEList.Add(lwpolyline);
return(lwpolyline.ReadProperties());
//case "MESH":
//case "MLINE":
//case "MLEADERSTYLE":
//case "MLEADER":
//case "MTEXT":
//case "OLEFRAME":
//case "OLE2FRAME":
//case "POINT":
//case "POLYLINE":
//case "RAY":
//case "REGION":
//case "SECTION":
//case "SEQEND":
//case "SHAPE":
//case "SOLID":
//case "SPLINE":
//case "SUN":
//case "SURFACE":
//case "TABLE":
case "TEXT":
var text = new TEXT(DXFData, prop);
TEXTList.Add(text);
return(text.ReadProperties());
//case "TOLERANCE":
//case "TRACE":
//case "UNDERLAY":
//case "VERTEX":
//case "VIEWPORT":
//case "WIPEOUT":
//case "XLINE":
default:
return(CreateSonClass(new ENTITIE(DXFData, prop)));
}
}
else
{
return(base.ReadSonClass(prop));
}
}