public void ToolSketch(Part workPart, Session theSession)
{
string com;
try
{
//CordSystemAndGeometry Class object
CordSystemAndGeometry geomObj = new CordSystemAndGeometry();
//ReadFile Class object
ReadFile data = new ReadFile();
data.ReadData();
// Definition of cradle center point
//Point ptCradleCenter = geomObj.Point3DCreation(workPart, 0, 0, 0);
Point3d ptCradleCenter = new Point3d(0, 0, 0);
//Definition of cradle Csys
// Point ptX = geomObj.Point3DCreation(workPart, 10, 0, 0);
// Point ptY = geomObj.Point3DCreation(workPart, 0, 10, 0);
Point3d ptX = new Point3d(10, 0, 0);
Point3d ptY = new Point3d(0, 10, 0);
NXOpen.Features.DatumCsys csysCradle = geomObj.CsysCreation(workPart, ptCradleCenter, ptX, ptY);
//Definition of Cradle Angle sign
// Hand of spiral
// -- LEFT: -Q
// -- RIGHT: +Q
if (data.kierunekLinii == 0)
{
data.q = -data.q;
}
else if (data.kierunekLinii != 1 && data.kierunekLinii != 0)
{
throw new Exception("Niepoprawne dane dotyczace Pochylenia Linii Zeba");
}
if (data.q == 0)
{
throw new Exception("Niepoprawne dane dotyczace Ustawienia Katowego Glowicy");
}
// Taken Q to calculations:
com = "Q przyjete do obliczen: " + data.q.ToString();
data.PrintComToLog(theSession, com);
//Changing polar to cartesian cordinates
double H = data.u * Math.Cos(data.q * (Math.PI / 180));
double V = data.u * Math.Sin(data.q * (Math.PI / 180));
//------ Cutter sketch creation ------
//Total tooth depth
double mat = data.hae + data.hfe;
//Starting points and line
Point3d pGlo1 = new Point3d(ptCradleCenter.X - data.wys, ptCradleCenter.Y + H, ptCradleCenter.Z + V);
Point3d pGlo2 = geomObj.Point3DPolar(workPart, pGlo1, -mat, 0);
Line lGlo1 = geomObj.UnAssLines(workPart, pGlo1, pGlo2);
//cutter outline
Point3d pGlo8 = geomObj.Point3DPolar(workPart, pGlo2, data.d0 / 2, -90);
Point3d pGlo10 = geomObj.Point3DPolar(workPart, pGlo8, data.wys + mat, 0);
Point3d pGlo9 = geomObj.Point3DPolar(workPart, pGlo10, data.w2 / 2, -90);
Point3d pGlo5 = pGlo9;
Point3d pGlo4 = geomObj.Point3DPolar(workPart, pGlo5, data.wys / Math.Cos(data.alf2wk * Math.PI / 180), 180 + data.alf2wk);
Point3d pGlo3 = geomObj.Point3DPolar(workPart, pGlo4, mat, 180);
Point3d pGlo6 = geomObj.Point3DPolar(workPart, pGlo9, data.w2 / 2, 90);
Point3d pGlo7 = geomObj.Point3DPolar(workPart, pGlo6, data.wys / Math.Cos(data.alf2wp * Math.PI / 180), 180 - data.alf2wp);
Line lGlo2 = geomObj.UnAssLines(workPart, pGlo2, pGlo3);
Line lGlo3 = geomObj.UnAssLines(workPart, pGlo4, pGlo3);
Line lGlo4 = geomObj.UnAssLines(workPart, pGlo5, pGlo4);
Line lGlo5 = geomObj.UnAssLines(workPart, pGlo5, pGlo6);
Line lGlo6 = geomObj.UnAssLines(workPart, pGlo6, pGlo7);
Line lGlo7 = geomObj.UnAssLines(workPart, pGlo7, pGlo1);
Point3d pointt = new Point3d(0, 0, 0);
//Point pointInput = workPart.Points.CreatePoint(pointt);
Point3d pointt2 = new Point3d(0, 20, 0);
//Point pointInput2 = workPart.Points.CreatePoint(pointt2);
Curve linia1 = workPart.Curves.CreateLine(pointt, pointt2);
linia1.SetVisibility(SmartObject.VisibilityOption.Visible);
//Sketch def
//Axis normal do sketch plane
Point3d helpPointN = new Point3d(0, 0, 1);
DatumAxis axisNor = geomObj.DatumAxisCreation(workPart, ptCradleCenter, helpPointN);
DatumPlane plane = geomObj.DatumPlaneCreation(workPart, pGlo2, axisNor);
//Axis perpendicular to the sketch plane
Point3d helpPointP = new Point3d(1, 0, 0);
DatumAxis axisPer = geomObj.DatumAxisCreation(workPart, ptCradleCenter, helpPointP);
Sketch sketchTool = geomObj.SketchCreation(workPart, theSession, pGlo2, axisPer, plane, csysCradle);
//Attach geometry to the sketch
sketchTool.AddGeometry(lGlo2);
sketchTool.AddGeometry(lGlo3);
sketchTool.AddGeometry(lGlo4);
sketchTool.AddGeometry(lGlo5);
sketchTool.AddGeometry(lGlo6);
sketchTool.AddGeometry(lGlo7);
sketchTool.Update();
//Cutter radius creation
//Concave side
Point3d helpPoint1 = geomObj.Point3dOnCurve(workPart, "0.5", lGlo5);
Point3d helpPoint2 = geomObj.Point3dOnCurve(workPart, "0.5", lGlo4);
Arc r02wk = geomObj.FilletOnSketch(theSession, lGlo5, lGlo4, helpPoint1, helpPoint2, data.r02wk);
//Convex side
helpPoint1 = geomObj.Point3dOnCurve(workPart, "0.5", lGlo5);
helpPoint2 = geomObj.Point3dOnCurve(workPart, "0.5", lGlo6);
Arc r02wp = geomObj.FilletOnSketch(theSession, lGlo5, lGlo6, helpPoint1, helpPoint2, data.r02wp);
sketchTool.Update();
//Creation a solid cutter
//Axis def
Vector3d vectorCutterAxis = new Vector3d(1, 0, 0);
Axis axisCutter = geomObj.AxisCreation(workPart, pGlo1, vectorCutterAxis);
Body cutter = geomObj.Revolve(workPart, axisCutter, sketchTool, lGlo6, pGlo1, 0, 360);
}
catch (Exception ex) { MessageBox.Show(ex.ToString()); }
}
public Body BlankGeometryCreation(Part workPart, Session theSession)
{
try
{
//CordSystemAndGeometry Class object
CordSystemAndGeometry geomObj = new CordSystemAndGeometry();
//ReadFile Class object
ReadFile data = new ReadFile();
data.ReadData();
//Creating a pitch cone
Point3d pOto1 = new Point3d(0, 0, data.A);
Point3d pOto2 = geomObj.Point3DPolar(workPart, pOto1, data.re, 90);
Line lOto1 = geomObj.UnAssLines(workPart, pOto1, pOto2);
//Creating a symmetry line
Point3d pOto90 = geomObj.Point3DPolar(workPart, pOto1, data.re, (90 - data.del));
Line lOto90 = geomObj.UnAssLines(workPart, pOto1, pOto90);
//Toe line
Point3d pOto91 = geomObj.Point3DPolar(workPart, pOto1, (data.re - data.B), 90);
Point3d pOto92 = geomObj.Point3DPolar(workPart, pOto91, (data.hae + data.hfe), 0);
Point3d pOto93 = geomObj.Point3DPolar(workPart, pOto91, (data.hae + data.hfe), 180);
Line lOto94 = geomObj.UnAssLines(workPart, pOto92, pOto93);
//Heel line
Point3d pOto95 = geomObj.Point3DPolar(workPart, pOto2, (data.hae + data.hfe), 0);
Point3d pOto96 = geomObj.Point3DPolar(workPart, pOto2, (data.hae + data.hfe), 180);
Line lOto95 = geomObj.UnAssLines(workPart, pOto95, pOto96);
//Lwa point
Point3d pOto100 = geomObj.Point3DPolar(workPart, pOto1, -data.lwa, (90 - data.del));
//Lwf point
Point3d pOto101 = geomObj.Point3DPolar(workPart, pOto1, -data.lwf, (90 - data.del));
//Addendum line
Point3d pOto102 = geomObj.Point3DPolar(workPart, pOto100, data.re + data.B, 90 - data.del + data.delA);
Line lOto102 = geomObj.UnAssLines(workPart, pOto100, pOto102);
//Dedendum line
Point3d pOto103 = geomObj.Point3DPolar(workPart, pOto101, data.re + data.B, 90 - data.del + data.delF);
Line lOto103 = geomObj.UnAssLines(workPart, pOto101, pOto103);
//---Sketch----
//Toe
Point3d pOto104 = geomObj.Point3dByIntersection(workPart, lOto94, lOto102);
Point3d pOto105 = geomObj.Point3dByIntersection(workPart, lOto94, lOto103);
Line lOto104 = geomObj.UnAssLines(workPart, pOto104, pOto105);
//Heel
Point3d pOto106 = geomObj.Point3dByIntersection(workPart, lOto95, lOto102);
Point3d pOto107 = geomObj.Point3dByIntersection(workPart, lOto95, lOto103);
Line lOto106 = geomObj.UnAssLines(workPart, pOto106, pOto107);
//Addendum line
Line lOto120 = geomObj.UnAssLines(workPart, pOto104, pOto106);
//Closing line Toe side
Point3d pOto108 = geomObj.Point3DPolar(workPart, pOto105, data.re, -data.del);
Line lOto108 = geomObj.UnAssLines(workPart, pOto105, pOto108);
Point3d pOto110 = geomObj.Point3dByIntersection(workPart, lOto90, lOto108);
Line lOto112 = geomObj.UnAssLines(workPart, pOto110, pOto105);
//Closing line Heel side
Point3d pOto109 = geomObj.Point3DPolar(workPart, pOto107, data.re, -data.del);
Line lOto109 = geomObj.UnAssLines(workPart, pOto107, pOto109);
Point3d pOto111 = geomObj.Point3dByIntersection(workPart, lOto90, lOto109);
Line lOto113 = geomObj.UnAssLines(workPart, pOto107, pOto111);
//Sketch
Point3d ptX = new Point3d(10, 0, 0);
Point3d ptY = new Point3d(0, 10, 0);
Point3d ptZ = new Point3d(0, 0, 10);
Point3d ptCradleCenter = new Point3d(0, 0, 0);
NXOpen.Features.DatumCsys csysCradle = geomObj.CsysCreation(workPart, ptCradleCenter, ptX, ptY);
DatumAxis datumAxisNor = geomObj.DatumAxisCreation(workPart, ptCradleCenter, ptZ);
DatumAxis datumAxisHoriz = geomObj.DatumAxisCreation(workPart, pOto1, pOto90);
DatumPlane datumPlane = geomObj.DatumPlaneCreation(workPart, pOto1, datumAxisNor);
Sketch sketchBlank = geomObj.SketchCreation(workPart, theSession, pOto1, datumAxisHoriz, datumPlane, csysCradle);
sketchBlank.AddGeometry(lOto104);
sketchBlank.AddGeometry(lOto106);
sketchBlank.AddGeometry(lOto120);
sketchBlank.AddGeometry(lOto112);
sketchBlank.AddGeometry(lOto113);
//Axis for body revolution
Axis axisBodyRev = geomObj.AxisCreation(workPart, pOto1, lOto90);
//Blank creation
Body blank = geomObj.Revolve(workPart, axisBodyRev, sketchBlank, lOto104, pOto104, 0, 360);
//Rotation of Blank to have dedendum linie parallel to the cutter plane
//Axis of rotation - Cradle axis Z
Line lineZ = geomObj.UnAssLines(workPart, ptCradleCenter, ptZ);
Axis axisZ = geomObj.AxisCreation(workPart, ptCradleCenter, lineZ);
Body bodyRot = geomObj.RotationBodyAboutAxis(workPart, blank, axisZ, data.del - data.del2);
// Moving the Blank by XP
Line dedendumLine = geomObj.UnAssLines(workPart, pOto105, pOto107);
Direction directionXB = workPart.Directions.CreateDirection(dedendumLine, Sense.Forward, SmartObject.UpdateOption.WithinModeling);
Body bodyXP = geomObj.MoveBodyAlongVector(workPart, bodyRot, directionXB, data.xp);
// Moving the Blank by XB
Line xLine = geomObj.UnAssLines(workPart, ptCradleCenter, ptX);
Direction directionX = workPart.Directions.CreateDirection(xLine, Sense.Forward, SmartObject.UpdateOption.WithinModeling);
Body bodyXB = geomObj.MoveBodyAlongVector(workPart, bodyXP, directionX, data.xb);
bodyBlank = bodyXB;
}
catch (Exception ex)
{
MessageBox.Show(ex.ToString());
}
return(bodyBlank);
}
