public bool Init()
{
try
{
settings = new XmlReaderSettings()
{
ValidationType = ValidationType.None, ProhibitDtd = false, XmlResolver = null
};
DP = new DynamicPowder((int)PrinterSetting.PrintAreaWidth, (int)PrinterSetting.PrintAreaDepth);
gCode = new GCode(gcodePath);
//dxf = new DXF(Main.printerSettings.PrintAreaWidth, Main.printerSettings.PrintAreaDepth, dxfPath, encryptDXF);
dxf = new DXF(230, 230, dxfPath, encryptDXF);
layerAmount = GetLayerAmount();
return(true);
}
catch (Exception ex)
{
//Main.main.LogMessage("3WL Data", "Error encountered: Init");
//Main.main.LogMessage("3WL Data", ex.Message);
//Main.main.LogMessage("3WL Data", ex.ToString());
Console.WriteLine("3WL Data, Error encountered: Init");
Console.WriteLine("3WL Data", ex.ToString());
SVGTo3WL.logFile.writer.WriteLine("3WL Data, Error encountered: Init");
SVGTo3WL.logFile.writer.WriteLine("3WL Data", ex.ToString());
return(false);
}
}
public void DXFの最小構成を構築()
{
StreamReader sr = new StreamReader("Resource/DXF/DxfMin.dxf");
string except = sr.ReadToEnd();
string actual = DXF.Construct(new List <KeyValuePair <int, string> >());
sr.Close();
Assert.AreEqual(except, actual, true);
}
private void backgroundWorkerProcess_DoWork(object sender, DoWorkEventArgs e)
{
var lt = (LayType)e.Argument;
if (lt.IsTin)
{
e.Result = DXF.ReadDXFTin(Properties.Settings.Default.is3D, this.dxfFile, lt.Layer, Properties.Settings.Default.minDistance, st, st);
}
else
{
e.Result = DXF.ReadDXFIndPoly(Properties.Settings.Default.is3D, this.dxfFile, lt.Layer, Properties.Settings.Default.minDistance, st, st);
}
}
/// <summary>
/// 円のDXF情報を出力
/// </summary>
public override string Print()
{
var content = new List <KeyValuePair <int, string> >();
content.Add(new KeyValuePair <int, string>(0, "CIRCLE"));
content.Add(new KeyValuePair <int, string>(8, "0"));
content.Add(new KeyValuePair <int, string>(10, Center.x.ToString()));
content.Add(new KeyValuePair <int, string>(20, Center.y.ToString()));
content.Add(new KeyValuePair <int, string>(30, Center.z.ToString()));
content.Add(new KeyValuePair <int, string>(40, Radius.ToString()));
return(DXF.ParamToString(content));
}
public void Circleの出力_円を構築()
{
Circle circle = new Circle();
circle.Center = new Pos(0, 0, 0);
circle.Radius = 1;
TestPrintable testPrintable = new TestPrintable();
testPrintable.Shapes.Add(circle);
StreamReader sr = new StreamReader("Resource/DXF/Circle.dxf");
string expect = sr.ReadToEnd();
sr.Close();
string actual = DXF.Content(testPrintable);
Assert.AreEqual(expect, actual, true);
}
private void BinaryToDxfFile(byte[] inputBinary, string fileName, string directory)
{
string path = DXF.DxfNameBuild(fileName, "");
try
{
path = Path.Combine(directory, $"{fileName}.dxf");
}
catch (Exception ex)
{
MessageObserver.Instance.SetMessage("BinaryToDxfFile failed to create path.\nfileName " + fileName + "; directory: " + directory);
throw ex;
}
if (!Directory.Exists(directory))
{
Directory.CreateDirectory(directory);
}
File.WriteAllBytes(path, inputBinary);
}
public void パラメーターを渡してDXF形式になっているか()
{
var param = new List <KeyValuePair <int, string> >();
param.Add(new KeyValuePair <int, string>(0, "SECTION"));
param.Add(new KeyValuePair <int, string>(2, "HEADER"));
param.Add(new KeyValuePair <int, string>(0, "ENDSEC"));
param.Add(new KeyValuePair <int, string>(0, "SECTION"));
param.Add(new KeyValuePair <int, string>(2, "ENTITIES"));
param.Add(new KeyValuePair <int, string>(0, "ENDSEC"));
param.Add(new KeyValuePair <int, string>(0, "EOF"));
StreamReader sr = new StreamReader("Resource/DXF/DxfMin.dxf");
string except = sr.ReadToEnd();
string actual = DXF.ParamToString(param);
sr.Close();
Assert.AreEqual(except, actual, true);
}
public override string Print()
{
var content = new List <KeyValuePair <int, string> >();
content.Add(new KeyValuePair <int, string>(0, "POLYLINE"));
content.Add(new KeyValuePair <int, string>(8, "0"));
content.Add(new KeyValuePair <int, string>(66, "1"));
content.Add(new KeyValuePair <int, string>(70, "1"));
Points.ForEach(pos =>
{
content.Add(new KeyValuePair <int, string>(0, "VERTEX"));
content.Add(new KeyValuePair <int, string>(8, "0"));
content.Add(new KeyValuePair <int, string>(10, pos.x.ToString()));
content.Add(new KeyValuePair <int, string>(20, pos.y.ToString()));
content.Add(new KeyValuePair <int, string>(30, pos.z.ToString()));
});
content.Add(new KeyValuePair <int, string>(0, "SEQEND"));
content.Add(new KeyValuePair <int, string>(8, "0"));
return(DXF.ParamToString(content));
}
public void Coordinateの出力_ボックスを構築()
{
Coordinate coordinate = new Coordinate();
coordinate.Points = new List <Pos>()
{
new Pos(0, 0, 0),
new Pos(1, 0, 0),
new Pos(1, 1, 0),
new Pos(0, 1, 0)
};
TestPrintable testPrintable = new TestPrintable();
testPrintable.Shapes.Add(coordinate);
StreamReader sr = new StreamReader("Resource/DXF/Box.dxf");
string expect = sr.ReadToEnd();
sr.Close();
string actual = DXF.Content(testPrintable);
Assert.AreEqual(expect, actual, true);
}
//siteplacement-argument?
public void mapProcess(JsonSettings jSettings, double?breakDist = null, double?refLatitude = null, double?refLongitude = null, double?refElevation = null)
{
var logger = LogManager.GetCurrentClassLogger();
logger.Info("----------------------------------------------");
//
//Read
//
var result = new Result();
string[] fileNames = new string[1];
fileNames[0] = jSettings.fileName;
switch (jSettings.fileType)
{
case "LandXML":
result = LandXml.ReadTIN(jSettings.is3D, jSettings.fileName, jSettings.minDist, jSettings.logFilePath, jSettings.verbosityLevel);
break;
case "CityGML":
result = CityGml.ReadTIN(jSettings.is3D, jSettings.fileName, jSettings.minDist, jSettings.logFilePath, jSettings.verbosityLevel);
break;
case "DXF":
DXF.ReadFile(jSettings.fileName, out this.dxfFile);
if (jSettings.isTin)
{
result = DXF.ReadDXFTin(jSettings.is3D, this.dxfFile, jSettings.layer, jSettings.minDist, jSettings.logFilePath, jSettings.verbosityLevel);
}
else
{
result = DXF.ReadDXFIndPoly(jSettings.is3D, this.dxfFile, jSettings.layer, jSettings.minDist, jSettings.logFilePath, jSettings.verbosityLevel);
}
break;
case "REB":
this.rebData = RebDa.ReadREB(fileNames);
result = RebDa.ConvertReb(jSettings.is3D, this.rebData, jSettings.horizon, jSettings.minDist, jSettings.logFilePath, jSettings.verbosityLevel);
break;
case "Grid":
result = ElevationGrid.ReadGrid(jSettings.is3D, jSettings.fileName, jSettings.minDist, jSettings.gridSize, jSettings.bBox, jSettings.bbNorth, jSettings.bbEast, jSettings.bbSouth, jSettings.bbWest);
break;
}
this.Mesh = result.Mesh;
try
{
logger.Debug("Mesh created with: " + this.Mesh.Points.Count + " Points; " + this.Mesh.FixedEdges + " Lines; " + this.Mesh.FaceEdges + " Faces");
}
catch
{
logger.Debug("No Faces or Points found");
}
//
//Write
//
if (jSettings.projectName is null)
{
jSettings.projectName = "Name of project";
}
var writeInput = new WriteInput();
writeInput.Placement = Axis2Placement3D.Standard;
if (jSettings.customOrigin)
{
writeInput.Placement.Location = Vector3.Create(jSettings.xOrigin, jSettings.yOrigin, jSettings.zOrigin);
}
else
{
double midX = (this.Mesh.MaxX + this.Mesh.MinX) / 2;
double midY = (this.Mesh.MaxY + this.Mesh.MinY) / 2;
double midZ = (this.Mesh.MaxZ + this.Mesh.MinZ) / 2;
writeInput.Placement.Location = Vector3.Create(midX, midY, midZ);
}
// Placement verschieben?
writeInput.SurfaceType = SurfaceType.TFS;
if (jSettings.surfaceType == "GCS")
{
writeInput.SurfaceType = SurfaceType.GCS;
}
else if (jSettings.surfaceType == "SBSM")
{
writeInput.SurfaceType = SurfaceType.SBSM;
}
writeInput.FileType = FileType.Step;
if (jSettings.outFileType == "XML")
{
writeInput.FileType = FileType.XML;
}
logger.Debug("Writing IFC with:");
logger.Debug("IFC Version: " + jSettings.outIFCType);
logger.Debug("Surfacetype: " + jSettings.surfaceType);
logger.Debug("Filetype: " + jSettings.fileType);
if (jSettings.outIFCType == "IFC2x3")
{
var model = WriteIfc2.CreateSite(jSettings.projectName,
jSettings.editorsFamilyName,
jSettings.editorsGivenName,
jSettings.editorsOrganisationName,
"Site with Terrain",
writeInput.Placement,
this.Mesh,
writeInput.SurfaceType,
breakDist);
logger.Debug("IFC Site created");
WriteIfc2.WriteFile(model, jSettings.destFileName, writeInput.FileType == FileType.XML);
logger.Info("IFC file writen: " + jSettings.destFileName);
}
else
{
logger.Debug("Geographical Element: " + jSettings.geoElement);
var model = jSettings.geoElement
? WriteIfc4.CreateSiteWithGeo(jSettings.projectName,
jSettings.editorsFamilyName,
jSettings.editorsGivenName,
jSettings.editorsOrganisationName,
"Site with Terrain",
writeInput.Placement,
this.Mesh,
writeInput.SurfaceType,
breakDist)
: WriteIfc4.CreateSite(jSettings.projectName,
jSettings.editorsFamilyName,
jSettings.editorsGivenName,
jSettings.editorsOrganisationName,
"Site with Terrain",
writeInput.Placement,
this.Mesh,
writeInput.SurfaceType,
breakDist);
logger.Debug("IFC Site created");
WriteIfc4.WriteFile(model, jSettings.destFileName, writeInput.FileType == FileType.XML);
logger.Info("IFC file writen: " + jSettings.destFileName);
}
logger.Info("----------------------------------------------");
}
private double ObtieneDistancia(DXF.Objetos.Vector3d puntoActual, DXF.Objetos.Vector3d puntoInicioFigura)
{
double distancia;
distancia = Math.Sqrt(Math.Pow((puntoActual.X - puntoInicioFigura.X), 2) + Math.Pow((puntoActual.Y - puntoInicioFigura.Y), 2) + Math.Pow((puntoActual.Z - puntoInicioFigura.Z), 2));
return distancia;
}
private void backgroundWorkerDXF_DoWork_1(object sender, DoWorkEventArgs e)
{
e.Result = DXF.ReadFile((string)e.Argument, out this.dxfFile) ? (string)e.Argument : "";
}
public void Ribの出力_リブ外形を構築()
{
WingSection partWing = new WingSection(null);
Plank plank = new Plank(partWing);
plank.PlankThin.Value = 2;
plank.PlankUpperPos.Value = 0.4;
plank.PlankDownerPos.Value = 0.2;
Stringer stringer1 = new Stringer(partWing);
stringer1.AirfoilSide.Value = AirfoilSide.Upper;
stringer1.StringerPos.Value = 0.4;
stringer1.StringerHeight.Value = 4;
stringer1.StringerWidth.Value = 2;
Stringer stringer2 = new Stringer(partWing);
stringer2.AirfoilSide.Value = AirfoilSide.Upper;
stringer2.StringerPos.Value = 0.2;
stringer2.StringerHeight.Value = 4;
stringer2.StringerWidth.Value = 2;
Stringer stringer3 = new Stringer(partWing);
stringer3.AirfoilSide.Value = AirfoilSide.Downer;
stringer3.StringerPos.Value = 0.2;
stringer3.StringerHeight.Value = 4;
stringer3.StringerWidth.Value = 2;
Rib rib = new Rib(partWing);
rib.Chord.Value = 1000;
rib.RibCap.Value.RibCapThin.Value = 1;
rib.Airfoil.Coordinate.Points = new List <Pos>()
{
{ new Pos(1.00000, 0.00060) },
{ new Pos(0.99344, 0.00216) },
{ new Pos(0.98165, 0.00494) },
{ new Pos(0.96782, 0.00820) },
{ new Pos(0.95254, 0.01174) },
{ new Pos(0.93656, 0.01540) },
{ new Pos(0.92034, 0.01904) },
{ new Pos(0.90394, 0.02264) },
{ new Pos(0.88745, 0.02620) },
{ new Pos(0.87096, 0.02969) },
{ new Pos(0.85444, 0.03311) },
{ new Pos(0.83791, 0.03647) },
{ new Pos(0.82138, 0.03975) },
{ new Pos(0.80484, 0.04296) },
{ new Pos(0.78829, 0.04609) },
{ new Pos(0.77175, 0.04914) },
{ new Pos(0.75520, 0.05211) },
{ new Pos(0.73864, 0.05500) },
{ new Pos(0.72207, 0.05782) },
{ new Pos(0.70549, 0.06054) },
{ new Pos(0.68890, 0.06319) },
{ new Pos(0.67234, 0.06575) },
{ new Pos(0.65579, 0.06822) },
{ new Pos(0.63925, 0.07058) },
{ new Pos(0.62277, 0.07284) },
{ new Pos(0.60630, 0.07497) },
{ new Pos(0.58980, 0.07700) },
{ new Pos(0.57336, 0.07890) },
{ new Pos(0.55689, 0.08068) },
{ new Pos(0.54041, 0.08233) },
{ new Pos(0.52391, 0.08386) },
{ new Pos(0.50740, 0.08528) },
{ new Pos(0.49093, 0.08658) },
{ new Pos(0.47448, 0.08773) },
{ new Pos(0.45804, 0.08876) },
{ new Pos(0.44164, 0.08964) },
{ new Pos(0.42531, 0.09037) },
{ new Pos(0.40900, 0.09093) },
{ new Pos(0.39270, 0.09133) },
{ new Pos(0.37637, 0.09156) },
{ new Pos(0.36001, 0.09163) },
{ new Pos(0.34360, 0.09155) },
{ new Pos(0.32714, 0.09133) },
{ new Pos(0.31066, 0.09097) },
{ new Pos(0.29417, 0.09050) },
{ new Pos(0.27783, 0.08991) },
{ new Pos(0.26173, 0.08917) },
{ new Pos(0.24588, 0.08824) },
{ new Pos(0.23032, 0.08707) },
{ new Pos(0.21499, 0.08564) },
{ new Pos(0.19990, 0.08391) },
{ new Pos(0.18499, 0.08184) },
{ new Pos(0.17016, 0.07943) },
{ new Pos(0.15538, 0.07667) },
{ new Pos(0.14076, 0.07361) },
{ new Pos(0.12636, 0.07023) },
{ new Pos(0.11227, 0.06655) },
{ new Pos(0.09860, 0.06257) },
{ new Pos(0.08537, 0.05829) },
{ new Pos(0.07278, 0.05382) },
{ new Pos(0.06126, 0.04929) },
{ new Pos(0.05105, 0.04478) },
{ new Pos(0.04218, 0.04032) },
{ new Pos(0.03460, 0.03598) },
{ new Pos(0.02824, 0.03180) },
{ new Pos(0.02293, 0.02781) },
{ new Pos(0.01848, 0.02403) },
{ new Pos(0.01473, 0.02054) },
{ new Pos(0.01155, 0.01741) },
{ new Pos(0.00885, 0.01465) },
{ new Pos(0.00660, 0.01217) },
{ new Pos(0.00472, 0.00989) },
{ new Pos(0.00318, 0.00774) },
{ new Pos(0.00194, 0.00569) },
{ new Pos(0.00100, 0.00372) },
{ new Pos(0.00035, 0.00181) },
{ new Pos(-0.00000, -0.00003) },
{ new Pos(-0.00004, -0.00185) },
{ new Pos(0.00022, -0.00368) },
{ new Pos(0.00082, -0.00552) },
{ new Pos(0.00173, -0.00735) },
{ new Pos(0.00293, -0.00918) },
{ new Pos(0.00443, -0.01100) },
{ new Pos(0.00623, -0.01280) },
{ new Pos(0.00837, -0.01457) },
{ new Pos(0.01086, -0.01630) },
{ new Pos(0.01379, -0.01790) },
{ new Pos(0.01726, -0.01936) },
{ new Pos(0.02137, -0.02066) },
{ new Pos(0.02632, -0.02186) },
{ new Pos(0.03239, -0.02309) },
{ new Pos(0.03973, -0.02447) },
{ new Pos(0.04842, -0.02584) },
{ new Pos(0.05871, -0.02701) },
{ new Pos(0.07083, -0.02794) },
{ new Pos(0.08476, -0.02870) },
{ new Pos(0.09979, -0.02937) },
{ new Pos(0.11534, -0.02985) },
{ new Pos(0.13129, -0.03015) },
{ new Pos(0.14744, -0.03027) },
{ new Pos(0.16378, -0.03023) },
{ new Pos(0.18028, -0.03005) },
{ new Pos(0.19687, -0.02974) },
{ new Pos(0.21359, -0.02932) },
{ new Pos(0.23047, -0.02883) },
{ new Pos(0.24741, -0.02827) },
{ new Pos(0.26443, -0.02766) },
{ new Pos(0.28157, -0.02701) },
{ new Pos(0.29876, -0.02636) },
{ new Pos(0.31597, -0.02571) },
{ new Pos(0.33319, -0.02507) },
{ new Pos(0.35042, -0.02444) },
{ new Pos(0.36766, -0.02381) },
{ new Pos(0.38492, -0.02318) },
{ new Pos(0.40218, -0.02255) },
{ new Pos(0.41944, -0.02192) },
{ new Pos(0.43669, -0.02129) },
{ new Pos(0.45393, -0.02066) },
{ new Pos(0.47116, -0.02003) },
{ new Pos(0.48838, -0.01939) },
{ new Pos(0.50557, -0.01876) },
{ new Pos(0.52274, -0.01813) },
{ new Pos(0.53990, -0.01749) },
{ new Pos(0.55706, -0.01687) },
{ new Pos(0.57423, -0.01623) },
{ new Pos(0.59142, -0.01560) },
{ new Pos(0.60864, -0.01498) },
{ new Pos(0.62583, -0.01434) },
{ new Pos(0.64299, -0.01371) },
{ new Pos(0.66015, -0.01308) },
{ new Pos(0.67729, -0.01245) },
{ new Pos(0.69444, -0.01182) },
{ new Pos(0.71158, -0.01119) },
{ new Pos(0.72873, -0.01056) },
{ new Pos(0.74587, -0.00993) },
{ new Pos(0.76302, -0.00930) },
{ new Pos(0.78018, -0.00867) },
{ new Pos(0.79735, -0.00804) },
{ new Pos(0.81454, -0.00741) },
{ new Pos(0.83176, -0.00678) },
{ new Pos(0.84894, -0.00615) },
{ new Pos(0.86610, -0.00552) },
{ new Pos(0.88324, -0.00489) },
{ new Pos(0.90035, -0.00426) },
{ new Pos(0.91741, -0.00364) },
{ new Pos(0.93432, -0.00301) },
{ new Pos(0.95093, -0.00240) },
{ new Pos(0.96680, -0.00182) },
{ new Pos(0.98113, -0.00129) },
{ new Pos(0.99325, -0.00085) },
{ new Pos(1.00000, -0.00060) }
};
partWing.TrainingEdge.Value.TrainlingEdgeLength.Value = 25;
string actual = DXF.Content(rib);
StreamReader sr = new StreamReader("Resource/DXF/Rib.dxf");
string expect = sr.ReadToEnd();
sr.Close();
Assert.AreEqual(actual, expect);
}
public static List<string> IrAL(DXF.Objetos.Vector3f p)
{
List<string> s = new List<string>();
//levantar la punta hasta el nivel de Z que hay que ir
s.Add("G00 Z" + altoAscenso);
//crear el mov de avance
s.Add("G00 X" + p.X.ToString() + " Y" + p.Y.ToString());
//bajamos la punta
s.Add("G00 Z" + p.Z.ToString());
return s;
}
//siteplacement-argument?
public void mapProcess(JsonSettings jSettings, double?breakDist = null, double?refLatitude = null, double?refLongitude = null, double?refElevation = null)
{
Logger logger = LogManager.GetCurrentClassLogger();
logger.Info("----------------------------------------------");
#region Reader
//
//Read
//
var result = new Result();
string[] fileNames = new string[1];
fileNames[0] = jSettings.fileName;
#region import data typ selection
switch (jSettings.fileType)
{
case "LandXML":
result = LandXml.ReadTIN(jSettings.is3D, jSettings.fileName, jSettings.minDist, jSettings.logFilePath, jSettings.verbosityLevel);
break;
case "CityGML":
result = CityGml.ReadTIN(jSettings.is3D, jSettings.fileName, jSettings.minDist, jSettings.logFilePath, jSettings.verbosityLevel);
break;
case "DXF":
DXF.ReadFile(jSettings.fileName, out dxfFile);
if (jSettings.isTin)
{
//READING as TIN
result = DXF.ReadDXFTin(jSettings.is3D, dxfFile, jSettings.layer, jSettings.breakline_layer, jSettings.minDist, jSettings.breakline);
}
else
{
//READING as MESH --> have to be changed into TIN
result = DXF.ReadDXFIndPoly(jSettings.is3D, dxfFile, jSettings.layer, jSettings.breakline_layer, jSettings.minDist, jSettings.logFilePath, jSettings.verbosityLevel, jSettings.breakline);
}
break;
case "REB":
this.rebData = RebDa.ReadREB(fileNames);
result = RebDa.ConvertReb(jSettings.is3D, this.rebData, jSettings.horizon, jSettings.minDist, jSettings.logFilePath, jSettings.verbosityLevel);
break;
case "Grid":
result = ElevationGrid.ReadGrid(jSettings.is3D, jSettings.fileName, jSettings.minDist, jSettings.gridSize, jSettings.bBox, jSettings.bbNorth, jSettings.bbEast, jSettings.bbSouth, jSettings.bbWest);
break;
case "OUT":
if (jSettings.isTin)
{
//result = Out.ReadOUTTin(jSettings.is3D, jSettings.fileName,jSettings.onlyTypes, jSettings.layer, jSettings.minDist, jSettings.ignPos, jSettings.ignHeight, jSettings.onlyHorizon, jSettings.horizonFilter, jSettings.breakline, jSettings.breakline_layer); //reworking
result = ReadOUT.ReadOutData(jSettings.fileName, out pointIndex2NumberMap, out triangleIndex2NumberMap); //pointIndex2NumberMap & triangleIndex2NumberMap ggf. entfernen
}
/* ENTFERNT, da derzeit nur über FACES verarbeitet wird
* else
* {
*
* //result = Out.ReadOUT_Points_Lines(jSettings.is3D, jSettings.fileName, jSettings.layer, jSettings.minDist, jSettings.ignPos, jSettings.ignHeight, jSettings.breakline, jSettings.breakline_layer);
* }*/
break;
case "PostGIS":
result = PostGIS.ReadPostGIS(jSettings.is3D, jSettings.minDist, jSettings.host, jSettings.port, jSettings.user, jSettings.password, jSettings.database, jSettings.schema, jSettings.tin_table, jSettings.tin_column, jSettings.tinid_column, jSettings.tin_id, jSettings.breakline, jSettings.breakline_table, jSettings.breakline_column, jSettings.breakline_tin_id);
break;
}
this.Tin = result.Tin;
this.Mesh = result.Mesh;
this.Breaklines = result.Breaklines;
#endregion
#region Mesh-Checker
if (Mesh != null)
{
try
{
logger.Debug("Mesh created with: " + Mesh.Points.Count + " Points; " + Mesh.FixedEdges.Count + " Lines; " + Mesh.FaceEdges.Count + " Faces");
}
catch
{
logger.Debug("No Faces or Points found!");
}
}
/*
* else
* {
*
* try
* {
* //Removed --> relocate in reader
* //logger.Debug("Tin created with: " + Tin.Points.Count + " Points; " + Tin.NumTriangles + " Triangels");
* }
* catch
* {
* //logger.Debug("No Triangels or Points found!");
* }
* }
*/
#endregion
#endregion
#region Writer
//
//Write
//
#region project Name
if (jSettings.projectName is null)
{
jSettings.projectName = "Name of project";
}
#endregion
var writeInput = new WriteInput();
#region Placement
writeInput.Placement = Axis2Placement3D.Standard;
if (jSettings.customOrigin)
{
writeInput.Placement.Location = Vector3.Create(jSettings.xOrigin, jSettings.yOrigin, jSettings.zOrigin);
}
else
{
double MinX = 0;
double MinY = 0;
double MinZ = 0;
double MaxX = 0;
double MaxY = 0;
double MaxZ = 0;
if (Mesh != null)
{
double midX = (this.Mesh.MaxX + this.Mesh.MinX) / 2;
double midY = (this.Mesh.MaxY + this.Mesh.MinY) / 2;
double midZ = (this.Mesh.MaxZ + this.Mesh.MinZ) / 2;
writeInput.Placement.Location = Vector3.Create(midX, midY, midZ);
}
//Vorschlag für BimGisCad.Composed (in MESH ist dies bereits vorhanden)
else
{
int i = 0;
foreach (Point3 point in Tin.Points)
{
//initalisierung durch ersten Punkt
if (i > 0)
{
if (point.X < MinX)
{
MinX = point.X;
}
if (point.X > MaxX)
{
MaxX = point.X;
}
if (point.Y < MinY)
{
MinY = point.Y;
}
if (point.Y > MaxY)
{
MaxY = point.Y;
}
if (point.Z < MinZ)
{
MinZ = point.Z;
}
if (point.Z > MaxZ)
{
MaxZ = point.Z;
}
}
else
{
MinX = point.X;
MinY = point.Y;
MinZ = point.Z;
MaxX = point.X;
MaxY = point.Y;
MaxZ = point.Z;
}
i++;
}
double MidX = (MaxX + MinX) / 2;
double MidY = (MaxY + MinY) / 2;
double MidZ = (MaxZ + MinZ) / 2;
writeInput.Placement.Location = Vector3.Create(MidX, MidY, MidZ);
}
}
#endregion
#region IFC Version
writeInput.SurfaceType = SurfaceType.TFS;
if (jSettings.surfaceType == "GCS")
{
writeInput.SurfaceType = SurfaceType.GCS;
}
else if (jSettings.surfaceType == "SBSM")
{
writeInput.SurfaceType = SurfaceType.SBSM;
}
else if (jSettings.surfaceType == "TIN")
{
writeInput.SurfaceType = SurfaceType.TIN;
}
#endregion
#region IFC Version Filetyp
writeInput.FileType = FileType.Step;
if (jSettings.outFileType == "XML")
{
writeInput.FileType = FileType.XML;
}
logger.Debug("Writing IFC with:");
logger.Debug("IFC Version: " + jSettings.outIFCType);
logger.Debug("Surfacetype: " + jSettings.surfaceType);
logger.Debug("Filetype: " + jSettings.fileType);
#endregion
#region IFC2x3
if (jSettings.outIFCType == "IFC2x3")
{
var model = WriteIfc2.CreateSite(jSettings.projectName,
jSettings.editorsFamilyName,
jSettings.editorsGivenName,
jSettings.editorsOrganisationName,
"Site with Terrain",
writeInput.Placement,
this.Mesh,
writeInput.SurfaceType,
breakDist);
logger.Debug("IFC Site created");
WriteIfc2.WriteFile(model, jSettings.destFileName, writeInput.FileType == FileType.XML);
logger.Info("IFC file writen: " + jSettings.destFileName);
}
#endregion
#region IFC4 - MESH
else if (jSettings.outIFCType == "IFC4")
{
logger.Debug("Geographical Element: " + jSettings.geoElement);
var model = jSettings.geoElement
? WriteIfc4.CreateSiteWithGeo(jSettings.projectName,
jSettings.editorsFamilyName,
jSettings.editorsGivenName,
jSettings.editorsOrganisationName,
"Site with Terrain",
writeInput.Placement,
this.Mesh,
writeInput.SurfaceType,
breakDist)
: WriteIfc4.CreateSite(jSettings.projectName,
jSettings.editorsFamilyName,
jSettings.editorsGivenName,
jSettings.editorsOrganisationName,
"Site with Terrain",
writeInput.Placement,
this.Mesh,
writeInput.SurfaceType,
breakDist);
logger.Debug("IFC Site created");
WriteIfc4.WriteFile(model, jSettings.destFileName, writeInput.FileType == FileType.XML);
logger.Info("IFC file writen: " + jSettings.destFileName);
}
#endregion
//DRAFT VERSION BELOW
#region IFC4 - TIN
if (jSettings.outIFCType == "IFC4TIN")
{
var model = jSettings.geoElement
? WriteIfc4Tin.CreateSiteWithGeo(jSettings.projectName,
jSettings.editorsFamilyName,
jSettings.editorsGivenName,
jSettings.editorsOrganisationName,
//jSettings.minDist,
"Site with Terrain",
writeInput.Placement,
this.Tin,
this.Breaklines,
writeInput.SurfaceType,
breakDist)
: WriteIfc4Tin.CreateSite(jSettings.projectName,
jSettings.projectName,
jSettings.editorsFamilyName,
jSettings.editorsGivenName,
//jSettings.minDist,
"Site with Terrain",
writeInput.Placement,
this.Tin,
this.Breaklines,
writeInput.SurfaceType,
breakDist);;
WriteIfc4Tin.WriteFile(model, jSettings.destFileName, writeInput.FileType == FileType.XML);
}
#endregion
#region IFC2x3 TIN
if (jSettings.outIFCType == "IFC2x3TIN")
{
var model = WriteIfc2TIN.CreateSite(jSettings.projectName,
jSettings.editorsFamilyName,
jSettings.editorsGivenName,
jSettings.editorsOrganisationName,
"Site with Terrain",
writeInput.Placement,
this.Tin,
writeInput.SurfaceType,
breakDist);
logger.Debug("IFC Site created");
WriteIfc2TIN.WriteFile(model, jSettings.destFileName, writeInput.FileType == FileType.XML);
logger.Info("IFC file writen: " + jSettings.destFileName);
}
#endregion
#endregion
logger.Info("----------------------------------------------");
}
public static List<string> Punto(DXF.Entidades.Punto p)
{
G01_Lineal mov;
List<string> movs = new List<string>();
mov = new G01_Lineal();
mov.Inicio.X = p.Ubicacion.X;
mov.Inicio.Y = p.Ubicacion.Y;
mov.Inicio.Z = p.Ubicacion.Z;
mov.Fin.X = p.Ubicacion.X;
mov.Fin.Y = p.Ubicacion.Y;
mov.Fin.Z = p.Ubicacion.Z;
movs.Add(mov.ToString());
return movs;
}
public string LocalPrint()
{
return(DXF.Content(this));
}
public RibViewModel(Rib rib)
{
model = rib;
rib.Airfoil = new Airfoil();
Chord = rib.Chord.ToReactiveProperty();
Lrho = rib.Chord.CombineLatest(rib.Airfoil.AirfoilPerformance.CL, (x, y) => x * y).ToReactiveProperty();
Airfoil = ReactiveProperty.FromObject(rib, x => x.Airfoil);
Airfoils = Project.Airfoil.ToReadOnlyReactiveCollection();
ExportDXF.Subscribe(async _ =>
{
// TODO
// 本来ここは入らない
WingSection partWing = model.Parent.Value as WingSection;
Plank plank = new Plank(partWing);
plank.PlankThin.Value = 2;
plank.PlankUpperPos.Value = 0.4;
plank.PlankDownerPos.Value = 0.2;
Stringer stringer1 = new Stringer(partWing);
stringer1.AirfoilSide.Value = AirfoilSide.Upper;
stringer1.StringerPos.Value = 0.4;
stringer1.StringerHeight.Value = 4;
stringer1.StringerWidth.Value = 2;
Stringer stringer2 = new Stringer(partWing);
stringer2.AirfoilSide.Value = AirfoilSide.Upper;
stringer2.StringerPos.Value = 0.2;
stringer2.StringerHeight.Value = 4;
stringer2.StringerWidth.Value = 2;
Stringer stringer3 = new Stringer(partWing);
stringer3.AirfoilSide.Value = AirfoilSide.Downer;
stringer3.StringerPos.Value = 0.2;
stringer3.StringerHeight.Value = 4;
stringer3.StringerWidth.Value = 2;
partWing.Plank.Value = plank;
partWing.Stringers.Add(stringer1);
partWing.Stringers.Add(stringer2);
partWing.Stringers.Add(stringer3);
partWing.TrainingEdge.Value.TrainlingEdgeLength.Value = 25;
//ここまで
string content = DXF.Content(model);
var savePicker = new FileSavePicker();
savePicker.FileTypeChoices.Add("DXF図面交換ファイル", new List <string>()
{
".dxf"
});
StorageFile file = await savePicker.PickSaveFileAsync();
if (file != null)
{
await FileIO.WriteTextAsync(file, content);
}
});
}
private void SaveToStream(IDataStream DataStream, TSaveData SaveData, int SheetIndex)
{
if ((sBOF == null) || (sEOF == null))
{
XlsMessages.ThrowException(XlsErr.ErrSectionNotLoaded);
}
sBOF.SaveToStream(DataStream, SaveData, 0);
FileEncryption.SaveFirstPart(DataStream, SaveData); //WriteProt
if (DataStream.Encryption.Engine != null) //FilePass
{
byte[] Fp = DataStream.Encryption.Engine.GetFilePassRecord();
DataStream.WriteRaw(Fp, Fp.Length);
}
if (IsXltTemplate)
{
TTemplateRecord.SaveNewRecord(DataStream);
}
FileEncryption.SaveSecondPart(DataStream, SaveData);
TGlobalRecordSaver g = new TGlobalRecordSaver(DataStream, SaveData);
g.SaveRecord(CodePage);
FLel.SaveToStream(DataStream, SaveData, 0);
TDSFRecord.SaveDSF(DataStream);
g.SaveRecord(Excel9File);
if (SheetIndex < 0)
{
FBoundSheets.SaveTabIds(DataStream);
}
g.SaveRecord(GetMacroRec(ObjProj));
g.SaveRecord(GetMacroRec(ObNoMacros));
g.SaveRecord(CodeNameRecord);
FFnGroups.SaveToStream(DataStream, SaveData, 0);
g.SaveRecord(OleObjectSize);
FWorkbookProtection.SaveToStream(DataStream, SaveData);
foreach (TWindow1Record w1 in Window1)
{
g.SaveRecord(w1);
}
TBackupRecord.SaveRecord(DataStream, Backup);
THideObjRecord.SaveRecord(DataStream, HideObj);
T1904Record.SaveRecord(DataStream, Dates1904);
TPrecisionRecord.SaveRecord(DataStream, PrecisionAsDisplayed);
TRefreshAllRecord.SaveRecord(DataStream, RefreshAll);
g.SaveRecord(BookBool);
Fonts.SaveToStream(DataStream, SaveData, 0);
Formats.SaveToStream(DataStream, SaveData, 0);
StyleXF.SaveAllToStream(DataStream, ref SaveData, CellXF);
DXF.SaveToStream(DataStream, SaveData, 0);
Styles.SaveToStream(DataStream, SaveData, 0);
TableStyles.SaveToStream(DataStream, SaveData, 0);
g.SaveRecord(Palette);
g.SaveRecord(ClrtClient);
PivotCache.SaveToStream(DataStream, SaveData, 0);
DocRoute.SaveToStream(DataStream, SaveData, 0);
UserBView.SaveToStream(DataStream, SaveData, 0);
TUsesELFsRecord.SaveRecord(DataStream, UsesELFs);
if (SheetIndex < 0)
{
FBoundSheets.SaveToStream(DataStream, SaveData);
MetaData.SaveToStream(DataStream, SaveData, 0);
}
else
{
FBoundSheets.SaveRangeToStream(DataStream, SaveData, SheetIndex);
}
g.SaveRecord(MTRSettings);
g.SaveRecord(ForceFullCalculation);
g.SaveRecord(Country);
FReferences.SaveToStream(DataStream, SaveData);
FNames.SaveToStream(DataStream, SaveData, 0); //Should be after FBoundSheets.SaveToStream
RealTimeData.SaveToStream(DataStream, SaveData, 0);
g.SaveRecord(RecalcId);
if (SheetIndex < 0)
{
FHeaderImages.SaveToStream(DataStream, SaveData);
FDrawingGroup.SaveToStream(DataStream, SaveData);
}
FSST.SaveToStream(DataStream, SaveData);
WebPub.SaveToStream(DataStream, SaveData, 0);
g.SaveRecord(WOpt);
//CrErr is ignored
g.SaveRecord(BookExt);
FeatHdr.SaveToStream(DataStream, SaveData, 0);
DConn.SaveToStream(DataStream, SaveData, 0);
ThemeRecord.SaveToStream(DataStream, SaveData, 0);
g.SaveRecord(CompressPictures);
g.SaveRecord(Compat12);
g.SaveRecord(GUIDTypeLib);
FFutureRecords.SaveToStream(DataStream, SaveData, 0);
sEOF.SaveToStream(DataStream, SaveData, 0);
}
public void UpLoadDxf(Specification[] specifications)
{
DxfBulder dxfBulder = DxfBulder.Instance;
string tempDxfFolder = tempAppFolder;
int countIterations = 0;
tempDxfFolder = Path.Combine(tempDxfFolder, "DXF");
dxfBulder.DxfFolder = tempDxfFolder;
dxfBulder.FinishedBuilding += DxfBulder_FinishedBuilding;
//MessageBox.Show("Статус: Получение файлов");
SolidWorksPdmAdapter.Instance.DownLoadFile(specifications);
//IEnumerable<FileModelPdm> fileModelsOfSpecification = Specification.ConvertToFileModels(specifications);
//MessageBox.Show("Статус: Выгрузка DXF файлов");
if (specifications != null)
{
specifications = specifications.GroupBy(each => each.FilePath).Select(each => new Specification
{
Description = each.First().Description,
PartNumber = each.First().PartNumber,
Version = each.First().Version,
Configuration = each.First().Configuration,
Idpdm = each.First().Idpdm,
Bend = each.First().Bend,
PaintX = each.First().PaintX,
PaintY = each.First().PaintY,
WorkpieceX = each.First().WorkpieceX,
PaintZ = each.First().PaintZ,
WorkpieceY = each.First().WorkpieceY,
SurfaceArea = each.First().SurfaceArea,
IsDxf = each.First().IsDxf,
FileName = each.First().FileName,
FilePath = each.First().FilePath,
Thickness = each.First().Thickness,
}).ToArray();
foreach (var eachSpec in specifications)
{
if (!eachSpec.IsDxf && Path.GetExtension(eachSpec.FileName).ToUpper() == ".SLDPRT")
{
//MessageBox.Show("Статус: Выгрузка DXF файла " + eachSpec.FileName + "-" + eachSpec.Configuration);
dxfBulder.Build(eachSpec.FilePath, eachSpec.Idpdm, eachSpec.Version, eachSpec.Configuration);
try
{
//MessageBox.Show("Статус: Выгрузка XML файлов");
Export export = new Export(eachSpec.FilePath);
export.XML();
MessageObserver.Instance.SetMessage("XML no EX.");
}
catch (Exception ex)
{
MessageObserver.Instance.SetMessage("XML EX: " + ex.StackTrace);
MessageObserver.Instance.SetMessage("Failed to upload XML with exception: " + Environment.NewLine + ex.Message);
}
countIterations++;
MessageObserver.Instance.SetMessage($"Created {countIterations} new dxf files to temp folder");
}
}
}
countIterations = 0;
#region load dxf as binary from database and save as dxf file
foreach (var item in specificationsQuery)
{
try
{
if (AdapterPdmDB.Instance.IsDxf(item.Idpdm, item.Configuration, item.Version))
{
byte[] binary = AdapterPdmDB.Instance.GetDXF(item.Idpdm, item.Configuration, item.Version);
string fileName = Path.GetFileNameWithoutExtension(item.FileName).Replace("ВНС-", "");
fileName = DXF.DxfNameBuild(fileName, item.Configuration) + "-" + item.Thickness.ToString().Replace(",", ".");
if (Path.GetExtension(item.FileName.ToUpper()) == ".SLDPRT")
{
BinaryToDxfFile(binary, fileName, Path.Combine(tempDxfFolder));
}
else
{
BinaryToDxfFile(binary, fileName, Path.Combine(tempDxfFolder, Path.GetFileNameWithoutExtension(item.FileName)));
}
countIterations++;
}
}
catch (Exception ex)
{
MessageObserver.Instance.SetMessage($"Failed to save new dxf files to destination folder.\t" + item.FilePath + Environment.NewLine + ex.Message + Environment.NewLine + ex.StackTrace);
throw ex;
}
}
#endregion
#region clear temp dxf directory
var files = Directory.GetFiles(tempDxfFolder);
foreach (var file in files)
{
File.Delete(file);
}
#endregion
//MessageBox.Show("Статус: Выгрузка DXF файлов завершена. Количество выгруженых файлов " + countIterations);
//countIterations = 0;
}