public IgesOffsetSurface(IgesVector direction, double distance, IgesEntity surface)
: base()
{
Direction = direction;
Distance = distance;
Surface = surface;
}
internal override int ReadParameters(List <string> parameters, IgesReaderBinder binder)
{
Direction = IgesVector.Vector3D(parameters, 0);
Distance = Double(parameters, 3);
binder.BindEntity(Integer(parameters, 4), e => Surface = e);
return(5);
}
public IgesOffsetSurface(IgesFile file, Vector3D direction, double distance, IgesEntity surface)
: base(file)
{
Direction = direction;
Distance = distance;
Surface = surface;
}
public IgesLabelPlacement(IgesViewBase view, IgesPoint location, IgesLeader leader, int level, IgesEntity label)
{
View = view;
Location = location;
Leader = leader;
Level = level;
Label = label;
}
internal override int ReadParameters(List <string> parameters, IgesReaderBinder binder)
{
int index = 0;
Direction = Vector(parameters, ref index);
Distance = Double(parameters, index++);
binder.BindEntity(Integer(parameters, index++), e => Surface = e);
return(index);
}
internal override int ReadParameters(List <string> parameters, IgesReaderBinder binder)
{
var index = 0;
binder.BindEntity(Integer(parameters, index++), generalNote => GeneralNote = generalNote as IgesGeneralNote);
binder.BindEntity(Integer(parameters, index++), leader => FirstLeader = leader as IgesLeader);
binder.BindEntity(Integer(parameters, index++), geometry => Geometry = geometry);
return(index);
}
internal override int ReadParameters(List <string> parameters, IgesReaderBinder binder)
{
int index = 0;
binder.BindEntity(Integer(parameters, index++), e => Surface = e);
IsOuterBoundaryD = !Boolean(parameters, index++);
var boundaryEntityCount = Integer(parameters, index++);
binder.BindEntity(Integer(parameters, index++), e => OuterBoundary = e);
for (int i = 0; i < boundaryEntityCount; i++)
{
binder.BindEntity(Integer(parameters, index++), e => BoundaryEntities.Add(e));
}
return(index);
}
public int GetOrWriteEntityIndex(IgesEntity entity)
{
if (entity == null)
{
return(0);
}
else if (!EntityMap.ContainsKey(entity))
{
var index = entity.AddDirectoryAndParameterLines(this, entity.File);
EntityMap[entity] = index;
return(index);
}
else
{
return(EntityMap[entity]);
}
}
internal override int ReadParameters(List <string> parameters, IgesReaderBinder binder)
{
Location = IgesPoint.Point3D(parameters, 0);
binder.BindEntity(Integer(parameters, 3), e => DisplaySymbolGeometry = e);
RawConnectionType = Integer(parameters, 4);
ConnectionType = Enum.IsDefined(typeof(IgesConnectionType), RawConnectionType)
? ConnectionType = (IgesConnectionType)RawConnectionType
: ConnectionType = IgesConnectionType.ImplementorDefined;
FunctionType = (IgesConnectionFunctionType)Integer(parameters, 5);
FunctionIdentifier = String(parameters, 6);
binder.BindEntity(Integer(parameters, 7), e => FunctionIdentifierTextDisplayTemplate = e);
FunctionName = String(parameters, 8);
binder.BindEntity(Integer(parameters, 9), e => FunctionNameTextDisplayTemplate = e);
UniqueIdentifier = Integer(parameters, 10);
RawFunctionCode = Integer(parameters, 11);
FunctionCode = Enum.IsDefined(typeof(IgesConnectionFunctionCode), RawFunctionCode)
? (IgesConnectionFunctionCode)RawFunctionCode
: IgesConnectionFunctionCode.ImplementorDefined;
ConnectPointMayBeSwapped = !Boolean(parameters, 12);
binder.BindEntity(Integer(parameters, 13), e => Owner = e);
return(14);
}
internal static IgesEntity FromData(IgesDirectoryData directoryData, List <string> parameters, IgesReaderBinder binder)
{
IgesEntity entity = null;
switch (directoryData.EntityType)
{
case IgesEntityType.AngularDimension:
entity = new IgesAngularDimension();
break;
case IgesEntityType.AssociativityInstance:
switch (directoryData.FormNumber)
{
case 5:
entity = new IgesLabelDisplayAssociativity();
break;
}
break;
case IgesEntityType.Block:
entity = new IgesBlock();
break;
case IgesEntityType.BooleanTree:
entity = new IgesBooleanTree();
break;
case IgesEntityType.Boundary:
entity = new IgesBoundary();
break;
case IgesEntityType.BoundedSurface:
entity = new IgesBoundedSurface();
break;
case IgesEntityType.CircularArc:
entity = new IgesCircularArc();
break;
case IgesEntityType.ColorDefinition:
entity = new IgesColorDefinition();
break;
case IgesEntityType.CompositeCurve:
entity = new IgesCompositeCurve();
break;
case IgesEntityType.ConicArc:
entity = new IgesConicArc();
break;
case IgesEntityType.ConnectPoint:
entity = new IgesConnectPoint();
break;
case IgesEntityType.CopiousData:
entity = new IgesCopiousData();
break;
case IgesEntityType.CurveDimension:
entity = new IgesCurveDimension();
break;
case IgesEntityType.CurveOnAParametricSurface:
entity = new IgesCurveOnAParametricSurface();
break;
case IgesEntityType.DiameterDimension:
entity = new IgesDiameterDimension();
break;
case IgesEntityType.Direction:
entity = new IgesDirection();
break;
case IgesEntityType.ElementResults:
entity = new IgesElementResults();
break;
case IgesEntityType.Ellipsoid:
entity = new IgesEllipsoid();
break;
case IgesEntityType.FlagNote:
entity = new IgesFlagNote();
break;
case IgesEntityType.Flash:
entity = new IgesFlash();
break;
case IgesEntityType.FiniteElement:
entity = new IgesFiniteElementDummy();
break;
case IgesEntityType.GeneralLabel:
entity = new IgesGeneralLabel();
break;
case IgesEntityType.GeneralNote:
entity = new IgesGeneralNote();
break;
case IgesEntityType.GeneralSymbol:
entity = new IgesGeneralSymbol();
break;
case IgesEntityType.Leader:
entity = new IgesLeader();
break;
case IgesEntityType.Line:
entity = new IgesLine();
break;
case IgesEntityType.LinearDimension:
entity = new IgesLinearDimension();
break;
case IgesEntityType.LineFontDefinition:
switch (directoryData.FormNumber)
{
case 1:
entity = new IgesTemplateLineFontDefinition();
break;
case 2:
entity = new IgesPatternLineFontDefinition();
break;
}
break;
case IgesEntityType.ManifestSolidBRepObject:
entity = new IgesManifestSolidBRepObject();
break;
case IgesEntityType.NewGeneralNote:
entity = new IgesNewGeneralNote();
break;
case IgesEntityType.NodalDisplacementAndRotation:
entity = new IgesNodalDisplacementAndRotation();
break;
case IgesEntityType.NodalResults:
entity = new IgesNodalResults();
break;
case IgesEntityType.Node:
entity = new IgesNode();
break;
case IgesEntityType.Null:
entity = new IgesNull();
break;
case IgesEntityType.OffsetCurve:
entity = new IgesOffsetCurve();
break;
case IgesEntityType.OffsetSurface:
entity = new IgesOffsetSurface();
break;
case IgesEntityType.OrdinateDimension:
entity = new IgesOrdinateDimension();
break;
case IgesEntityType.ParametricSplineCurve:
entity = new IgesParametricSplineCurve();
break;
case IgesEntityType.ParametricSplineSurface:
entity = new IgesParametricSplineSurface();
break;
case IgesEntityType.Plane:
entity = new IgesPlane();
break;
case IgesEntityType.PlaneSurface:
entity = new IgesPlaneSurface();
break;
case IgesEntityType.Point:
entity = new IgesLocation();
break;
case IgesEntityType.PointDimension:
entity = new IgesPointDimension();
break;
case IgesEntityType.Property:
switch (directoryData.FormNumber)
{
case 1:
entity = new IgesDefinitionLevelsProperty();
break;
}
break;
case IgesEntityType.RadiusDimension:
entity = new IgesRadiusDimension();
break;
case IgesEntityType.RationalBSplineCurve:
entity = new IgesRationalBSplineCurve();
break;
case IgesEntityType.RationalBSplineSurface:
entity = new IgesRationalBSplineSurface();
break;
case IgesEntityType.RightAngularWedge:
entity = new IgesRightAngularWedge();
break;
case IgesEntityType.RightCircularConeFrustrum:
entity = new IgesRightCircularConeFrustrum();
break;
case IgesEntityType.RightCircularConicalSurface:
entity = new IgesRightCircularConicalSurface();
break;
case IgesEntityType.RightCircularCylinder:
entity = new IgesRightCircularCylinder();
break;
case IgesEntityType.RightCircularCylindricalSurface:
entity = new IgesRightCircularCylindricalSurface();
break;
case IgesEntityType.RuledSurface:
entity = new IgesRuledSurface();
break;
case IgesEntityType.SelectedComponent:
entity = new IgesSelectedComponent();
break;
case IgesEntityType.SolidAssembly:
entity = new IgesSolidAssembly();
break;
case IgesEntityType.SolidOfLinearExtrusion:
entity = new IgesSolidOfLinearExtrusion();
break;
case IgesEntityType.SolidOfRevolution:
entity = new IgesSolidOfRevolution();
break;
case IgesEntityType.Sphere:
entity = new IgesSphere();
break;
case IgesEntityType.SphericalSurface:
entity = new IgesSphericalSurface();
break;
case IgesEntityType.SubfigureDefinition:
entity = new IgesSubfigureDefinition();
break;
case IgesEntityType.SurfaceOfRevolution:
entity = new IgesSurfaceOfRevolution();
break;
case IgesEntityType.TabulatedCylinder:
entity = new IgesTabulatedCylinder();
break;
case IgesEntityType.TextDisplayTemplate:
entity = new IgesTextDisplayTemplate();
break;
case IgesEntityType.TextFontDefinition:
entity = new IgesTextFontDefinition();
break;
case IgesEntityType.ToroidalSurface:
entity = new IgesToroidalSurface();
break;
case IgesEntityType.Torus:
entity = new IgesTorus();
break;
case IgesEntityType.TransformationMatrix:
entity = new IgesTransformationMatrix();
break;
case IgesEntityType.TrimmedParametricSurface:
entity = new IgesTrimmedParametricSurface();
break;
case IgesEntityType.View:
switch (directoryData.FormNumber)
{
case 0:
entity = new IgesView();
break;
case 1:
entity = new IgesPerspectiveView();
break;
}
break;
}
if (entity != null)
{
entity.PopulateDirectoryData(directoryData);
int nextIndex = entity.ReadParameters(parameters, binder);
entity.ReadCommonPointers(parameters, nextIndex, binder);
}
return(entity);
}
public IgesBoundaryItem(IgesEntity entity, bool isReversed, IEnumerable <IgesEntity> associatedParameterCurves)
{
Entity = entity;
IsReversed = isReversed;
AssociatedParameterCurves = new List <IgesEntity>(associatedParameterCurves);
}
public IgesManifestSolidBRepVoid(IgesEntity shell, bool isOriented)
{
Shell = shell;
IsOriented = isOriented;
}
public IgesRuledSurface(IgesEntity firstCurve, IgesEntity secondCurve)
: this()
{
FirstCurve = firstCurve;
SecondCurve = secondCurve;
}
public IgesSolidAndTransformationMatrix(IgesEntity solid, IgesTransformationMatrix matrix)
{
Solid = solid;
TransformationMatrix = matrix;
}