SubjectPredicateObjectGraph
DirectPosition object data typ ...... e containing object's SC_CRS.
A GM_Arc is defined by 3 point ...... y for the mathematics to work.
A GM_ArcString (Figure 17) is ...... in the controlPoint sequence.
This variant of the arc simply ...... rt and end points of each arc.
A B-spline (Figure 19) is a pi ...... lent to a simple Bezier curve.
GM_Clothoid (Figure 19) implem ...... circular arc.sl.circular arc.
The type GM_Conic (Figure 18) represents any general conic curve.
GM_Envelope is often referred ...... blicly accessible attributes.
GM_Curve and GM_CurveSegment b ...... GM_GenericCurve (Figure 15).
GM_Surface and GM_SurfacePatch ...... _GenericSurface (Figure 20).
A GM_GeodesicString consists o ...... ous savings of storage space.
The GM_GriddedSurface (Figure ...... l order shall be the one used.
GM_Knot is used to control the ...... is described using a GM_Knot.
A GM_LineString (Figure 16) co ...... ous savings of storage space.
An offset curve is a curve at ...... at are offsets by definition.
The surface patches that make ...... ) .eq. cs(t) .eq. surface(s,t)
A placement takes a standard g ...... y) in 2D, or (x, y, z) in 3D.
Many of the geometric construc ...... ::row[21..*n] : GM_PointArray;
Many of the geometric construc ...... ::row[21..*n] : GM_PointArray;
A GM_PointRef is used to refer ...... t :: Reference.lt.GM_Point.gt.
A GM_Polygon (Figure 21) is a ...... nterpolation in its interior.
A GM_PolyhedralSurface (Figure ...... f surface patches acceptable.
An _nth degree_ polynomial spl ...... sample point array identical.
The data type GM_Position is a ...... sNull .eq. indirect.isNotNull}
GM_SplineCurve (Figure 19) act ...... nomial or rational functions.
A GM_Tin (Figure 21) is a GM_T ...... vertex of any other triangle.
A GM_Triangle is a planar GM_P ...... of barycentric coordinates as:
A GM_TriangulatedSurface (Figu ...... the triangulation is derived.
bind T .eq. DirectPosition
geometric complexset of disjoi ...... the boundary of that element.
geometric composite curve, pat ...... e subsequent curve in the list
4.50 geometric composite solid ...... on boundary geometric surfaces
4.51 geometric composite surfa ...... mmon boundary geometric curves
Bearing is a data type used to ...... consistent with one another.
GM_Curve (Figure 11) is a desc ...... t segment in the segment list.
The boundary of GM_Curves shall be represented as GM_CurveBoundary.
GM_CurveSegment defines a homo ...... be in, at most, one GM_Curve.
GM_OrientableCurve consists of ...... -s) .eq. parameterization(s)};
An orientable primitives (Figu ...... ositeCurve .eq. .lt. c, d .gt.
GM_OrientableSurface consists ...... (p) .eq. - self.upNormal(p))};
GM_Point (Figure 9) is the bas ...... ng of one and only one point.
GM_Primitive (Figure 8) is the ...... ed not be equal as GM_Objects.
The abstract class GM_Primitiv ...... is needed for their boundary.
A GM_Ring is used to represent ...... eraction of boundary elements.
A GM_Shell is used to represen ...... M_Shell:{isSimple() .eq. TRUE}
GM_Solid (Figure 13), a subcla ...... ined by the boundary surfaces.
The boundary of GM_Solids shall be represented as GM_SolidBoundary.
GM_Surface (Figure 12) a subcl ...... on is required for GM_Surface.
The boundary of GM_Surfaces shall be represented as GM_SurfaceBoundary.
GM_SurfacePatch (Figure 20) de ...... be in at most one GM_Surface.