public SphereFunction() : base(FunctionNames.Sphere)
{
// Center coordinate
Dependency.AddAttributeType(InterpreterNames.Point3D);
// Radius
Dependency.AddAttributeType(InterpreterNames.Real);
}
public Box1PFunction() : base(FunctionNames.Box1P)
{
Dependency.AddAttributeType(InterpreterNames.Point3D);
Dependency.AddAttributeType(InterpreterNames.Real);
Dependency.AddAttributeType(InterpreterNames.Real);
Dependency.AddAttributeType(InterpreterNames.Real);
}
public SolverPointMarker()
: base(FunctionNames.SolverPointMarker)
{
Dependency.AddAttributeType(InterpreterNames.Point3D);
Dependency.AddAttributeType(InterpreterNames.Real);
Dependency.AddAttributeType(InterpreterNames.Integer);
}
protected DottedLineCommon(string name)
: base(name)
{
Dependency.AddAttributeType(InterpreterNames.Point3D);
//Direction
Dependency.AddAttributeType(InterpreterNames.Point3D);
}
public LineTwoPointsFunction() : base(FunctionNames.LineTwoPoints)
{
// First point of line
Dependency.AddAttributeType(InterpreterNames.Reference);
// Second point of line
Dependency.AddAttributeType(InterpreterNames.Reference);
}
public CircleFunction() : base(FunctionNames.Circle)
{
// Circle center
Dependency.AddAttributeType(InterpreterNames.Reference);
// Circle radius
Dependency.AddAttributeType(InterpreterNames.Real);
}
public RectangleWidthConstraint() : base(FunctionNames.RectangleWidthConstraint)
{
// Reference shape that contains the rectangle
Dependency.AddAttributeType(InterpreterNames.Reference);
// the value or ranged constraint
Dependency.AddAttributeType(InterpreterNames.Real);
}
public ArrowFunction()
: base(FunctionNames.Arrow)
{
Dependency.AddAttributeType(InterpreterNames.Point3D);
Dependency.AddAttributeType(InterpreterNames.Point3D);
Dependency.AddAttributeType(InterpreterNames.Integer);
}
public Offset3DFunction() : base(FunctionNames.Offset3D)
{
// Reference shape on which offset applies
Dependency.AddAttributeType(InterpreterNames.Reference);
// Offset length
Dependency.AddAttributeType(InterpreterNames.Real);
}
public MirrorPlaneFunction() : base(FunctionNames.MirrorPlane)
{
// Profile
Dependency.AddAttributeType(InterpreterNames.Reference);
// Reference
Dependency.AddAttributeType(InterpreterNames.Reference);
}
public PointFunction() : base(FunctionNames.Point)
{
// Sketch reference
Dependency.AddAttributeType(InterpreterNames.Reference);
// Point
Dependency.AddAttributeType(InterpreterNames.Point3D);
}
public SewingFunction()
: base(FunctionNames.Sewing)
{
// Profile
Dependency.AddAttributeType(InterpreterNames.Reference);
// Path
Dependency.AddAttributeType(InterpreterNames.Reference);
}
public WireTwoPointsFunction()
: base(FunctionNames.WireTwoPoints)
{
// First point of line
Dependency.AddAttributeType(InterpreterNames.Point3D);
// Second point of line
Dependency.AddAttributeType(InterpreterNames.Point3D);
}
public EvolvedFunction()
: base(FunctionNames.Evolved)
{
// Profile
Dependency.AddAttributeType(InterpreterNames.Reference);
// Path
Dependency.AddAttributeType(InterpreterNames.Reference);
}
public PlaneFunction() : base(FunctionNames.Plane)
{
// points defining visible rectangle
Dependency.AddAttributeType(InterpreterNames.Point3D);
Dependency.AddAttributeType(InterpreterNames.Point3D);
Dependency.AddAttributeType(InterpreterNames.Point3D);
Dependency.AddAttributeType(InterpreterNames.Point3D);
}
public BoxFunction() : base(FunctionNames.Box)
{
// The 2 base points and direction that describe a rectangle
Dependency.AddAttributeType(InterpreterNames.Axis3D);
Dependency.AddAttributeType(InterpreterNames.Point3D);
// The height
Dependency.AddAttributeType(InterpreterNames.Real);
}
protected ConstraintOneRealFunction(string name, int index) : base(name)
{
_index = index;
// Reference shape that contains the circle
Dependency.AddAttributeType(InterpreterNames.Reference);
// the value or ranged constraint
Dependency.AddAttributeType(InterpreterNames.Real);
}
public Fillet2DFunction() : base(FunctionNames.Fillet2D)
{
// Reference shape - list of wires
Dependency.AddAttributeType(InterpreterNames.ReferenceList);
// Fillet radius
Dependency.AddAttributeType(InterpreterNames.Real);
// Operation type: 2 fillet2D or 3 chamfer2D
Dependency.AddAttributeType(InterpreterNames.Integer);
}
public BooleanFunction() : base(FunctionNames.Boolean)
{
// Reference shape on source shape
Dependency.AddAttributeType(InterpreterNames.Reference);
// Reference shape on destination shape
Dependency.AddAttributeType(InterpreterNames.Reference);
// Extrusion type
Dependency.AddAttributeType(InterpreterNames.Integer);
}
public FixedSizeConstraint() : base(FunctionNames.FixedSizeConstraint)
{
// Reference shape on source shape
Dependency.AddAttributeType(InterpreterNames.Reference);
// Source value intentifier
Dependency.AddAttributeType(InterpreterNames.Integer);
// Expected value
Dependency.AddAttributeType(InterpreterNames.Real);
}
public ArcFunction() : base(FunctionNames.Arc)
{
// Point node that describes the arc center
Dependency.AddAttributeType(InterpreterNames.Reference);
// Arc starting point
Dependency.AddAttributeType(InterpreterNames.Reference);
// Arc end point
Dependency.AddAttributeType(InterpreterNames.Reference);
}
public EdgeDistanceConstraint() : base(FunctionNames.EdgeDistanceConstraint)
{
//source shape
Dependency.AddAttributeType(InterpreterNames.Reference);
Dependency.AddAttributeType(InterpreterNames.Real);
//constrained shape
Dependency.AddAttributeType(InterpreterNames.Reference);
Dependency.AddAttributeType(InterpreterNames.Integer);
}
public TorusFunction() : base(FunctionNames.Torus)
{
// Center location and torus orientation
Dependency.AddAttributeType(InterpreterNames.Axis3D);
// Internal radius
Dependency.AddAttributeType(InterpreterNames.Real);
// External radius
Dependency.AddAttributeType(InterpreterNames.Real);
}
public Arc3PFunction() : base(FunctionNames.Arc3P)
{
// First point of arc
Dependency.AddAttributeType(InterpreterNames.Reference);
// Second point of arc
Dependency.AddAttributeType(InterpreterNames.Reference);
// Third point of arc
Dependency.AddAttributeType(InterpreterNames.Reference);
}
public TrimFunction()
: base(FunctionNames.Trim)
{
// Trimming wires
Dependency.AddAttributeType(InterpreterNames.ReferenceList);
// Wire to be trimmed
Dependency.AddAttributeType(InterpreterNames.Reference);
// Clicked point
Dependency.AddAttributeType(InterpreterNames.Reference);
}
public LineHintsFunction()
: base(FunctionNames.LineHints)
{
// Line reference
Dependency.AddAttributeType(InterpreterNames.Reference);
// Constraints references list
Dependency.AddAttributeType(InterpreterNames.ReferenceList);
// plane axis
Dependency.AddAttributeType(InterpreterNames.Axis3D);
}
public RevolveFunction()
: base(FunctionNames.Revolve)
{
// Shape to revolve
Dependency.AddAttributeType(InterpreterNames.Reference);
// Shape considered revolve axis
Dependency.AddAttributeType(InterpreterNames.Reference);
// Angle
Dependency.AddAttributeType(InterpreterNames.Real);
}
public BeamFunction()
: base(Constant.FunctionBeam)
{
// PropertyIndex
Dependency.AddAttributeType(InterpreterNames.Integer);
// 1. structural node
Dependency.AddAttributeType(InterpreterNames.Reference);
// 2. structural node
Dependency.AddAttributeType(InterpreterNames.Reference);
}
public ExtrudeFunction()
: base(FunctionNames.Extrude)
{
// Reference shape on which extrusion applies
Dependency.AddAttributeType(InterpreterNames.Reference);
// Extrusion type
Dependency.AddAttributeType(InterpreterNames.Integer);
// Extrusion height
Dependency.AddAttributeType(InterpreterNames.Real);
}
public PointToPointConstraint()
: base(FunctionNames.PointToPointConstraint)
{
//original shape
Dependency.AddAttributeType(InterpreterNames.Reference);
//original shape
Dependency.AddAttributeType(InterpreterNames.Reference);
//distance point
Dependency.AddAttributeType(InterpreterNames.Point3D);
}