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ToIsm.cs
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ToIsm.cs
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using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.Threading.Tasks;
using System.Numerics;
using System.IO;
using Bentley.Structural.Ism.Api_8_1;
namespace ConvertFast
{
public static class ToIsm
{
public static void ConvertToIsm(FstModel fstModel, ref string status)
{
IIsmModel ismModel = null;
IIsmApi ismApi = null;
IsmEntryPoint.CheckIsmInstallation();
ismApi = IsmEntryPoint.GetIsmApi();
ismApi.SetApplicationName("FAST");
ismApi.SetApiUnits(IsmLengthUnit.Meter, IsmForceUnit.Newton, IsmMassUnit.Kilogram, IsmAngleUnit.Radian, IsmTemperatureUnit.Kelvin);
ismModel = ismApi.CreateModel();
if (fstModel.convertHydro)
{
ConvertHDToIsm(fstModel.hdModel, ismApi, ref ismModel, ref status);
}
if (fstModel.convertSub)
{
ConvertSDToIsm(fstModel.sdModel, ismApi, ref ismModel, ref status);
}
if (fstModel.convertMooring)
{
ConvertMDToIsm(fstModel.mdModel, ismApi, ref ismModel, ref status);
}
if (fstModel.convertAero)
{
ConvertADToIsm(fstModel.adModel, fstModel.edModel, ismApi, ref ismModel, ref status);
}
if (fstModel.convertElast)
{
ConvertEDToIsm(fstModel.edModel, ismApi, ref ismModel, ref status);
}
string repository = fstModel.filePath + "\\" + System.IO.Path.GetFileNameWithoutExtension(fstModel.fstFile) + ".ism.dgn";
//string historyMessage = "";
if (File.Exists(repository))
{
File.Delete(repository);
}
//ismApi.CreateRepositoryWithoutUi(repository, ismModel, historyMessage);
ismApi.CreateRepositoryWithUi(repository, ismModel);
}
private static void ConvertHDToIsm(HDModel hdModel, IIsmApi ismApi, ref IIsmModel ismModel, ref string status)
{
foreach (KeyValuePair<int, Vector3> entry in hdModel.jointList)
{
IIsmNode ismNode;
ismNode = ismModel.AddNode(null);
ismNode.Name = "HD" + entry.Key.ToString();
ismNode.Location = ismApi.GeometryApi.NewPoint3D(entry.Value.X, entry.Value.Y, entry.Value.Z);
}
foreach (KeyValuePair<int, List<double>> entry in hdModel.sectionList)
{
IIsmParametricSection ismSection;
ismSection = ismModel.AddParametricSection(null, IsmParametricShapeKind.HollowCircle);
ismSection.SetHollowCircleDimensions(entry.Value[0], entry.Value[1]);
ismSection.Name = "SECTION" + entry.Key.ToString();
}
foreach (KeyValuePair<int, List<int>> entry in hdModel.memberList)
{
IIsmCurveMember ismBeam;
ismBeam = ismModel.AddCurveMember(null);
ismBeam.Name = "MEMBER" + entry.Key.ToString();
Vector3 node1 = hdModel.jointList[entry.Value[0]];
Vector3 node2 = hdModel.jointList[entry.Value[1]];
IIsmPoint3D startPoint = ismApi.GeometryApi.NewPoint3D(node1.X, node1.Y, node1.Z);
IIsmPoint3D endPoint = ismApi.GeometryApi.NewPoint3D(node2.X, node2.Y, node2.Z);
ismBeam.Location = ismApi.GeometryApi.NewLineSegment3D(startPoint, endPoint);
IEnumerator<IIsmNode> nodeIterator = ismModel.GetNodes().GetEnumerator();
while (nodeIterator.MoveNext())
{
if (nodeIterator.Current.Name == "JOINT" + entry.Value[0] || nodeIterator.Current.Name == "JOINT" + entry.Value[1])
{
nodeIterator.Current.AddMember(ismBeam);
}
}
IEnumerator<IIsmParametricSection> parametricIterator = ismModel.GetParametricSections().GetEnumerator();
while (parametricIterator.MoveNext())
{
if (parametricIterator.Current.Name == "SECTION" + entry.Value[2])
{
ismBeam.Section = parametricIterator.Current;
break;
}
}
ismBeam.Use = IsmCurveMemberUse.Column;
ismBeam.SystemKind = IsmCurveMemberSystemKind.SteelRolled;
ismBeam.PlacementPoint = IsmSectionPlacementPoint.Centroid;
ismBeam.LoadResistance = IsmLoadResistance.GravityAndLateral;
ismBeam.MirrorShapeAboutYAxis = false;
float x = 0;
float y = 0;
float z = 1;
if ((Math.Abs(node1.X - node2.X) < 0.000001) && (Math.Abs(node1.Y - node2.Y) < 0.000001) && (Math.Abs(node1.Z - node2.Z) > 0.000001))
{
x = 1;
y = 0;
z = 0;
}
ismBeam.Orientation = ismApi.GeometryApi.NewPoint3D(x, y, z);
}
}
private static void ConvertSDToIsm(SDModel sdModel, IIsmApi ismApi, ref IIsmModel ismModel, ref string status)
{
foreach (KeyValuePair<int, Vector3> entry in sdModel.jointList)
{
IIsmNode ismNode;
ismNode = ismModel.AddNode(null);
ismNode.Name = "SD" + entry.Key.ToString();
ismNode.Location = ismApi.GeometryApi.NewPoint3D(entry.Value.X, entry.Value.Y, entry.Value.Z);
}
foreach (KeyValuePair<int, List<double>> entry in sdModel.sectionList)
{
IIsmParametricSection ismSection;
ismSection = ismModel.AddParametricSection(null, IsmParametricShapeKind.HollowCircle);
ismSection.SetHollowCircleDimensions(entry.Value[0], entry.Value[1]);
ismSection.Name = "SECTION" + entry.Key.ToString();
}
foreach (KeyValuePair<int, List<int>> entry in sdModel.memberList)
{
IIsmCurveMember ismBeam;
ismBeam = ismModel.AddCurveMember(null);
ismBeam.Name = "MEMBER" + entry.Key.ToString();
Vector3 node1 = sdModel.jointList[entry.Value[0]];
Vector3 node2 = sdModel.jointList[entry.Value[1]];
IIsmPoint3D startPoint = ismApi.GeometryApi.NewPoint3D(node1.X, node1.Y, node1.Z);
IIsmPoint3D endPoint = ismApi.GeometryApi.NewPoint3D(node2.X, node2.Y, node2.Z);
ismBeam.Location = ismApi.GeometryApi.NewLineSegment3D(startPoint, endPoint);
IEnumerator<IIsmNode> nodeIterator = ismModel.GetNodes().GetEnumerator();
while (nodeIterator.MoveNext())
{
if (nodeIterator.Current.Name == "JOINT" + entry.Value[0] || nodeIterator.Current.Name == "JOINT" + entry.Value[1])
{
nodeIterator.Current.AddMember(ismBeam);
}
}
IEnumerator<IIsmParametricSection> parametricIterator = ismModel.GetParametricSections().GetEnumerator();
while (parametricIterator.MoveNext())
{
if (parametricIterator.Current.Name == "SECTION" + entry.Value[2])
{
ismBeam.Section = parametricIterator.Current;
break;
}
}
ismBeam.Use = IsmCurveMemberUse.Column;
ismBeam.SystemKind = IsmCurveMemberSystemKind.SteelRolled;
ismBeam.PlacementPoint = IsmSectionPlacementPoint.Centroid;
ismBeam.LoadResistance = IsmLoadResistance.GravityAndLateral;
ismBeam.MirrorShapeAboutYAxis = false;
float x = 0;
float y = 0;
float z = 1;
if ((Math.Abs(node1.X - node2.X) < 0.000001) && (Math.Abs(node1.Y - node2.Y) < 0.000001) && (Math.Abs(node1.Z - node2.Z) > 0.000001))
{
x = 1;
y = 0;
z = 0;
}
ismBeam.Orientation = ismApi.GeometryApi.NewPoint3D(x, y, z);
}
}
private static void ConvertMDToIsm(MDModel mdModel, IIsmApi ismApi, ref IIsmModel ismModel, ref string status)
{
foreach (KeyValuePair<int, Vector3> entry in mdModel.connectList)
{
IIsmNode ismNode;
ismNode = ismModel.AddNode(null);
ismNode.Name = "CONNECT" + entry.Key.ToString();
ismNode.Location = ismApi.GeometryApi.NewPoint3D(entry.Value.X, entry.Value.Y, entry.Value.Z);
}
foreach (KeyValuePair<int, List<int>> entry in mdModel.lineNodeList)
{
IIsmCurveMember ismBeam;
ismBeam = ismModel.AddCurveMember(null);
ismBeam.Name = "LINE" + entry.Key.ToString();
Vector3 node1 = mdModel.connectList[entry.Value[0]];
Vector3 node2 = mdModel.connectList[entry.Value[1]];
IIsmPoint3D startPoint = ismApi.GeometryApi.NewPoint3D(node1.X, node1.Y, node1.Z);
IIsmPoint3D endPoint = ismApi.GeometryApi.NewPoint3D(node2.X, node2.Y, node2.Z);
ismBeam.Location = ismApi.GeometryApi.NewLineSegment3D(startPoint, endPoint);
IEnumerator<IIsmNode> nodeIterator = ismModel.GetNodes().GetEnumerator();
while (nodeIterator.MoveNext())
{
if (nodeIterator.Current.Name == "CONNECT" + entry.Value[0] || nodeIterator.Current.Name == "CONNECT" + entry.Value[1])
{
nodeIterator.Current.AddMember(ismBeam);
}
}
ismBeam.Use = IsmCurveMemberUse.Column;
ismBeam.SystemKind = IsmCurveMemberSystemKind.SteelRolled;
ismBeam.PlacementPoint = IsmSectionPlacementPoint.Centroid;
ismBeam.LoadResistance = IsmLoadResistance.GravityAndLateral;
ismBeam.MirrorShapeAboutYAxis = false;
float x = 0;
float y = 0;
float z = 1;
if ((Math.Abs(node1.X - node2.X) < 0.000001) && (Math.Abs(node1.Y - node2.Y) < 0.000001) && (Math.Abs(node1.Z - node2.Z) > 0.000001))
{
x = 1;
y = 0;
z = 0;
}
ismBeam.Orientation = ismApi.GeometryApi.NewPoint3D(x, y, z);
}
}
private static void ConvertADToIsm(ADModel adModel, EDModel edModel, IIsmApi ismApi, ref IIsmModel ismModel, ref string status)
{
var ismTwrSectList = new List<IIsmParametricSection>();
foreach (KeyValuePair<int, List<double>> entry in adModel.twrNodeList)
{
IIsmNode ismNode;
ismNode = ismModel.AddNode(null);
ismNode.Name = "TWRND" + entry.Key.ToString();
ismNode.Location = ismApi.GeometryApi.NewPoint3D(0.0, 0.0, entry.Value[0]);
IIsmParametricSection ismSection;
ismSection = ismModel.AddParametricSection(null, IsmParametricShapeKind.SolidCircle);
ismSection.SetSolidCircleDimensions(entry.Value[1]);
ismSection.Name = "TWRSECT" + entry.Key.ToString();
ismTwrSectList.Add(ismSection);
}
for (int i = 0; i < adModel.twrNodeList.Count-1; i++)
{
var item = adModel.twrNodeList.ElementAt(i);
var item2 = adModel.twrNodeList.ElementAt(i+1);
IIsmVaryingSection ismVarySect;
ismVarySect = ismModel.AddVaryingSection(null);
ismVarySect.Name = "TWRVSECT" + item.Key.ToString();
IIsmVaryingSectionSegment ismSegment;
ismSegment = ismVarySect.AddSegment();
ismSegment.Name = "TWRSEG" + item.Key.ToString();
ismSegment.StartSection = ismTwrSectList[i];
ismSegment.EndSection = ismTwrSectList[i + 1];
IIsmCurveMember ismBeam;
ismBeam = ismModel.AddCurveMember(null);
ismBeam.Name = "TWRMEM" + item.Key.ToString();
IIsmPoint3D startPoint = ismApi.GeometryApi.NewPoint3D(0.0, 0.0, item.Value[0]);
IIsmPoint3D endPoint = ismApi.GeometryApi.NewPoint3D(0.0, 0.0, item2.Value[0]);
ismBeam.Location = ismApi.GeometryApi.NewLineSegment3D(startPoint, endPoint);
IEnumerator<IIsmNode> nodeIterator = ismModel.GetNodes().GetEnumerator();
while (nodeIterator.MoveNext())
{
if (nodeIterator.Current.Name == "TWRND" + item.Key.ToString() || nodeIterator.Current.Name == "TWRND" + item2.Key.ToString())
{
nodeIterator.Current.AddMember(ismBeam);
}
}
ismBeam.Section = ismVarySect;
ismBeam.Use = IsmCurveMemberUse.Column;
ismBeam.SystemKind = IsmCurveMemberSystemKind.SteelRolled;
ismBeam.PlacementPoint = IsmSectionPlacementPoint.Centroid;
ismBeam.LoadResistance = IsmLoadResistance.GravityAndLateral;
ismBeam.MirrorShapeAboutYAxis = false;
float x1 = 0;
float y1 = 0;
float z1 = 1;
if ((Math.Abs(startPoint.X - endPoint.X) < 0.000001) && (Math.Abs(startPoint.Y - endPoint.Y) < 0.000001) && (Math.Abs(startPoint.Z - endPoint.Z) > 0.000001))
{
x1 = 1;
y1 = 0;
z1 = 0;
}
ismBeam.Orientation = ismApi.GeometryApi.NewPoint3D(x1, y1, z1);
}
ConvertADBladesToIsm(adModel, edModel, ismApi, ref ismModel, ref status);
}
private static void ConvertADBladesToIsm(ADModel adModel, EDModel edModel, IIsmApi ismApi, ref IIsmModel ismModel, ref string status)
{
if (edModel != null)
{
var twrTopNode = adModel.twrNodeList.ElementAt(adModel.twrNodeList.Count - 1);
IIsmNode ismNodeRotor1;
ismNodeRotor1 = ismModel.AddNode(null);
ismNodeRotor1.Name = "RTRND1";
ismNodeRotor1.Location = ismApi.GeometryApi.NewPoint3D(edModel.NacCMxn, 0.0, twrTopNode.Value[0] + edModel.NacCMzn);
IIsmNode ismNodeRotor2;
ismNodeRotor2 = ismModel.AddNode(null);
ismNodeRotor2.Name = "RTRND2";
ismNodeRotor2.Location = ismApi.GeometryApi.NewPoint3D(-twrTopNode.Value[1], 0.0, twrTopNode.Value[0] + edModel.NacCMzn);
IIsmParametricSection ismSectRotor;
ismSectRotor = ismModel.AddParametricSection(null, IsmParametricShapeKind.SolidCircle);
ismSectRotor.SetSolidCircleDimensions(edModel.HubRad * 2.0);
ismSectRotor.Name = "RTRSECT";
IIsmCurveMember ismBeamRotor;
ismBeamRotor = ismModel.AddCurveMember(null);
ismBeamRotor.Name = "RTRMEM";
IIsmPoint3D startPointTemp = ismApi.GeometryApi.NewPoint3D(ismNodeRotor1.Location.X, ismNodeRotor1.Location.Y, ismNodeRotor1.Location.Z);
IIsmPoint3D endPointTemp = ismApi.GeometryApi.NewPoint3D(ismNodeRotor2.Location.X, ismNodeRotor2.Location.Y, ismNodeRotor2.Location.Z);
ismBeamRotor.Location = ismApi.GeometryApi.NewLineSegment3D(startPointTemp, endPointTemp);
ismNodeRotor1.AddMember(ismBeamRotor);
ismNodeRotor2.AddMember(ismBeamRotor);
ismBeamRotor.Section = ismSectRotor;
ismBeamRotor.Use = IsmCurveMemberUse.Column;
ismBeamRotor.SystemKind = IsmCurveMemberSystemKind.SteelRolled;
ismBeamRotor.PlacementPoint = IsmSectionPlacementPoint.Centroid;
ismBeamRotor.LoadResistance = IsmLoadResistance.GravityAndLateral;
ismBeamRotor.MirrorShapeAboutYAxis = false;
float x = 0;
float y = 0;
float z = 1;
if ((Math.Abs(startPointTemp.X - endPointTemp.X) < 0.000001) && (Math.Abs(startPointTemp.Y - endPointTemp.Y) < 0.000001) && (Math.Abs(startPointTemp.Z - endPointTemp.Z) > 0.000001))
{
x = 1;
y = 0;
z = 0;
}
ismBeamRotor.Orientation = ismApi.GeometryApi.NewPoint3D(x, y, z);
if (edModel.NumBl == 3)
{
//Blade_1
var bldNdProp11 = adModel.adBldProp1.ElementAt(0);
var bldNdProp1N = adModel.adBldProp1.ElementAt(adModel.adBldProp1.Count - 1);
double bldChord11 = bldNdProp11.Value[5];
double bldChord1N = bldNdProp1N.Value[5];
double bldSpn11 = bldNdProp11.Value[0];
double bldSpn1N = bldNdProp1N.Value[0] - bldSpn11;
IIsmNode ismNodeBlade0;
ismNodeBlade0 = ismModel.AddNode(null);
ismNodeBlade0.Name = "BLDND0";
ismNodeBlade0.Location = ismApi.GeometryApi.NewPoint3D(ismNodeRotor1.Location.X + bldChord11 / 2.0, ismNodeRotor1.Location.Y, ismNodeRotor1.Location.Z);
IIsmNode ismNodeBlade1;
ismNodeBlade1 = ismModel.AddNode(null);
ismNodeBlade1.Name = "BLDND1";
ismNodeBlade1.Location = ismApi.GeometryApi.NewPoint3D(ismNodeRotor1.Location.X + bldChord11/2.0, ismNodeRotor1.Location.Y, ismNodeRotor1.Location.Z + bldSpn1N);
IIsmCurveMember ismBeamBlade1;
ismBeamBlade1 = ismModel.AddCurveMember(null);
ismBeamBlade1.Name = "BLDBEAM1";
IIsmParametricSection ismSectBlade11;
ismSectBlade11 = ismModel.AddParametricSection(null, IsmParametricShapeKind.SolidRectangle);
ismSectBlade11.SetSolidRectangleDimensions(bldChord11, 0.2);
ismSectBlade11.Name = "BLDSECT11";
IIsmParametricSection ismSectBlade12;
ismSectBlade12 = ismModel.AddParametricSection(null, IsmParametricShapeKind.SolidRectangle);
ismSectBlade12.SetSolidRectangleDimensions(bldChord1N, 0.2);
ismSectBlade12.Name = "BLDSECT12";
IIsmVaryingSection ismVarySectBlade1;
ismVarySectBlade1 = ismModel.AddVaryingSection(null);
ismVarySectBlade1.Name = "BLDVSECT1";
IIsmVaryingSectionSegment ismSegmentBlade1;
ismSegmentBlade1 = ismVarySectBlade1.AddSegment();
ismSegmentBlade1.Name = "BLDSEG1";
ismSegmentBlade1.StartSection = ismSectBlade11;
ismSegmentBlade1.EndSection = ismSectBlade12;
IIsmPoint3D startPointBlade1 = ismApi.GeometryApi.NewPoint3D(ismNodeBlade0.Location.X, ismNodeBlade0.Location.Y, ismNodeBlade0.Location.Z);
IIsmPoint3D endPointBlade1 = ismApi.GeometryApi.NewPoint3D(ismNodeBlade1.Location.X, ismNodeBlade1.Location.Y, ismNodeBlade1.Location.Z);
ismBeamBlade1.Location = ismApi.GeometryApi.NewLineSegment3D(startPointBlade1, endPointBlade1);
ismNodeBlade0.AddMember(ismBeamBlade1);
ismNodeBlade1.AddMember(ismBeamBlade1);
ismBeamBlade1.Section = ismVarySectBlade1;
ismBeamBlade1.Use = IsmCurveMemberUse.Column;
ismBeamBlade1.SystemKind = IsmCurveMemberSystemKind.SteelRolled;
ismBeamBlade1.PlacementPoint = IsmSectionPlacementPoint.Centroid;
ismBeamBlade1.LoadResistance = IsmLoadResistance.GravityAndLateral;
ismBeamBlade1.MirrorShapeAboutYAxis = false;
x = 0;
y = 0;
z = 1;
if ((Math.Abs(startPointBlade1.X - endPointBlade1.X) < 0.000001) && (Math.Abs(startPointBlade1.Y - endPointBlade1.Y) < 0.000001) && (Math.Abs(startPointBlade1.Z - endPointBlade1.Z) > 0.000001))
{
x = 1;
y = 0;
z = 0;
}
ismBeamBlade1.Orientation = ismApi.GeometryApi.NewPoint3D(x, y, z);
//Blade_2
var bldNdProp21 = adModel.adBldProp2.ElementAt(0);
var bldNdProp2N = adModel.adBldProp2.ElementAt(adModel.adBldProp2.Count - 1);
double bldChord21 = bldNdProp21.Value[5];
double bldChord2N = bldNdProp2N.Value[5];
double bldSpn21 = bldNdProp21.Value[0];
double bldSpn2N = bldNdProp2N.Value[0] - bldSpn21;
IIsmNode ismNodeBlade2;
ismNodeBlade2 = ismModel.AddNode(null);
ismNodeBlade2.Name = "BLDND2";
ismNodeBlade2.Location = ismApi.GeometryApi.NewPoint3D(
ismNodeRotor1.Location.X + bldChord21 / 2.0,
ismNodeRotor1.Location.Y + bldSpn2N * Math.Cos(Math.PI * 30.0 / 180.0),
ismNodeRotor1.Location.Z - bldSpn2N * Math.Sin(Math.PI * 30.0 / 180.0));
IIsmParametricSection ismSectBlade21;
ismSectBlade21 = ismModel.AddParametricSection(null, IsmParametricShapeKind.SolidRectangle);
ismSectBlade21.SetSolidRectangleDimensions(0.2, bldChord21);
ismSectBlade21.Name = "BLDSECT21";
IIsmParametricSection ismSectBlade22;
ismSectBlade22 = ismModel.AddParametricSection(null, IsmParametricShapeKind.SolidRectangle);
ismSectBlade22.SetSolidRectangleDimensions(0.2, bldChord2N);
ismSectBlade22.Name = "BLDSECT22";
IIsmVaryingSection ismVarySectBlade2;
ismVarySectBlade2 = ismModel.AddVaryingSection(null);
ismVarySectBlade2.Name = "BLDVSECT2";
IIsmVaryingSectionSegment ismSegmentBlade2;
ismSegmentBlade2 = ismVarySectBlade2.AddSegment();
ismSegmentBlade2.Name = "BLDSEG2";
ismSegmentBlade2.StartSection = ismSectBlade21;
ismSegmentBlade2.EndSection = ismSectBlade22;
IIsmCurveMember ismBeamBlade2;
ismBeamBlade2 = ismModel.AddCurveMember(null);
ismBeamBlade2.Name = "BLDBEAM2";
IIsmPoint3D startPointBlade2 = ismApi.GeometryApi.NewPoint3D(ismNodeBlade0.Location.X, ismNodeBlade0.Location.Y, ismNodeBlade0.Location.Z);
IIsmPoint3D endPointBlade2 = ismApi.GeometryApi.NewPoint3D(ismNodeBlade2.Location.X, ismNodeBlade2.Location.Y, ismNodeBlade2.Location.Z);
ismBeamBlade2.Location = ismApi.GeometryApi.NewLineSegment3D(startPointBlade2, endPointBlade2);
ismNodeBlade0.AddMember(ismBeamBlade2);
ismNodeBlade2.AddMember(ismBeamBlade2);
ismBeamBlade2.Section = ismVarySectBlade2;
ismBeamBlade2.Use = IsmCurveMemberUse.Column;
ismBeamBlade2.SystemKind = IsmCurveMemberSystemKind.SteelRolled;
ismBeamBlade2.PlacementPoint = IsmSectionPlacementPoint.Centroid;
ismBeamBlade2.LoadResistance = IsmLoadResistance.GravityAndLateral;
ismBeamBlade2.MirrorShapeAboutYAxis = false;
x = 0;
y = 0;
z = 1;
if ((Math.Abs(startPointBlade2.X - endPointBlade2.X) < 0.000001) && (Math.Abs(startPointBlade2.Y - endPointBlade2.Y) < 0.000001) && (Math.Abs(startPointBlade2.Z - endPointBlade2.Z) > 0.000001))
{
x = 1;
y = 0;
z = 0;
}
ismBeamBlade2.Orientation = ismApi.GeometryApi.NewPoint3D(x, y, z);
//Blade_3
var bldNdProp31 = adModel.adBldProp3.ElementAt(0);
var bldNdProp3N = adModel.adBldProp3.ElementAt(adModel.adBldProp3.Count - 1);
double bldChord31 = bldNdProp31.Value[5];
double bldChord3N = bldNdProp3N.Value[5];
double bldSpn31 = bldNdProp31.Value[0];
double bldSpn3N = bldNdProp3N.Value[0] - bldSpn31;
IIsmNode ismNodeBlade3;
ismNodeBlade3 = ismModel.AddNode(null);
ismNodeBlade3.Name = "BLDND3";
ismNodeBlade3.Location = ismApi.GeometryApi.NewPoint3D(
ismNodeRotor1.Location.X + bldChord31 / 2.0,
ismNodeRotor1.Location.Y - bldSpn3N * Math.Cos(Math.PI * 30.0 / 180.0),
ismNodeRotor1.Location.Z - bldSpn3N * Math.Sin(Math.PI * 30.0 / 180.0));
IIsmParametricSection ismSectBlade31;
ismSectBlade31 = ismModel.AddParametricSection(null, IsmParametricShapeKind.SolidRectangle);
ismSectBlade31.SetSolidRectangleDimensions(0.2, bldChord31);
ismSectBlade31.Name = "BLDSECT31";
IIsmParametricSection ismSectBlade32;
ismSectBlade32 = ismModel.AddParametricSection(null, IsmParametricShapeKind.SolidRectangle);
ismSectBlade32.SetSolidRectangleDimensions(0.2, bldChord3N);
ismSectBlade32.Name = "BLDSECT32";
IIsmVaryingSection ismVarySectBlade3;
ismVarySectBlade3 = ismModel.AddVaryingSection(null);
ismVarySectBlade3.Name = "BLDVSECT3";
IIsmVaryingSectionSegment ismSegmentBlade3;
ismSegmentBlade3 = ismVarySectBlade3.AddSegment();
ismSegmentBlade3.Name = "BLDSEG3";
ismSegmentBlade3.StartSection = ismSectBlade31;
ismSegmentBlade3.EndSection = ismSectBlade32;
IIsmCurveMember ismBeamBlade3;
ismBeamBlade3 = ismModel.AddCurveMember(null);
ismBeamBlade3.Name = "BLDBEAM3";
IIsmPoint3D startPointBlade3 = ismApi.GeometryApi.NewPoint3D(ismNodeBlade0.Location.X, ismNodeBlade0.Location.Y, ismNodeBlade0.Location.Z);
IIsmPoint3D endPointBlade3 = ismApi.GeometryApi.NewPoint3D(ismNodeBlade3.Location.X, ismNodeBlade3.Location.Y, ismNodeBlade3.Location.Z);
ismBeamBlade3.Location = ismApi.GeometryApi.NewLineSegment3D(startPointBlade3, endPointBlade3);
ismNodeBlade0.AddMember(ismBeamBlade3);
ismNodeBlade3.AddMember(ismBeamBlade3);
ismBeamBlade3.Section = ismVarySectBlade3;
ismBeamBlade3.Use = IsmCurveMemberUse.Column;
ismBeamBlade3.SystemKind = IsmCurveMemberSystemKind.SteelRolled;
ismBeamBlade3.PlacementPoint = IsmSectionPlacementPoint.Centroid;
ismBeamBlade3.LoadResistance = IsmLoadResistance.GravityAndLateral;
ismBeamBlade3.MirrorShapeAboutYAxis = false;
x = 0;
y = 0;
z = 1;
if ((Math.Abs(startPointBlade3.X - endPointBlade3.X) < 0.000001) && (Math.Abs(startPointBlade3.Y - endPointBlade3.Y) < 0.000001) && (Math.Abs(startPointBlade3.Z - endPointBlade3.Z) > 0.000001))
{
x = 1;
y = 0;
z = 0;
}
ismBeamBlade3.Orientation = ismApi.GeometryApi.NewPoint3D(x, y, z);
}
}
else
{
//ED Model is null. Add error information that blades can't be visualized.
return;
}
}
private static void ConvertEDToIsm(EDModel edModel, IIsmApi ismApi, ref IIsmModel ismModel, ref string status)
{
}
}
}