Manufacturing Toolkit
Defines an offset surface. More...
Public Member Functions | |
| OffsetSurface (global::System.IntPtr cPtr, bool cMemoryOwn) | |
| OffsetSurface (cadex.Geom.Surface theBasisSurface, double theOffset) | |
| If theBasisSurface is an offset surface then its basis surface will be used as a basis surface and offset will be a sum of theOffset and the offset value of the theBasisSurface. | |
| cadex.Geom.Surface | BasisSurface () |
| Returns basis surface. | |
| double | Offset () |
| Returns offset value. | |
 Public Member Functions inherited from cadex.Geom.Surface | |
| Surface (global::System.IntPtr cPtr, bool cMemoryOwn) | |
| cadex.Geom.SurfaceType | Type () |
| Returns a surface type. | |
| cadex.Geom.Continuity | Continuity () |
| Returns a continuity type of the surface. | |
| cadex.Geom.Point | Value (double theParameterU, double theParameterV) |
| theParameterU must be within [UMin(), UMax()] if the surface is not U-periodic. | |
| cadex.Geom.Direction | Normal (double theParameterU, double theParameterV) |
| bool | IsUPeriodic () |
| Examples include sphere, torus or a surface of revolution. | |
| bool | IsVPeriodic () |
| Examples include torus or a V-periodic B-Spline. | |
| double | UMin () |
| Returns a minimum parameter of a definition domain in U direction. | |
| double | UMax () |
| Returns a maximum parameter of a definition domain in U direction. | |
| double | VMin () |
| Returns a minimum parameter of a definition domain in V direction. | |
| double | VMax () |
| Returns a maximum parameter of a definition domain in V direction. | |
| void | Domain (out double theUMin, out double theUMax, out double theVMin, out double theVMax) |
| Returns a definition domain. | |
| bool | IsTrimmed () |
| Returns whether surface is trimmed or not. | |
| void | SetTrim (double theUFirst, double theULast, double theVFirst, double theVLast) |
| Trims surface with [theUFirst, theULast] x [theVFirst, theVLast] section. | |
| void | Transform (cadex.Geom.Transformation theTransformation) |
| Results depends on the actual surface type. | |
| cadex.Geom.Surface | Transformed (cadex.Geom.Transformation theTransformation) |
| The contents of this object is not modified. | |
| void | D0 (double theParameterU, double theParameterV, cadex.Geom.Point theValue) |
| void | D1 (double theParameterU, double theParameterV, cadex.Geom.Point theValue, cadex.Geom.Vector theD1U, cadex.Geom.Vector theD1V) |
| void | D2 (double theParameterU, double theParameterV, cadex.Geom.Point theValue, cadex.Geom.Vector theD1U, cadex.Geom.Vector theD1V, cadex.Geom.Vector theD2U, cadex.Geom.Vector theD2V, cadex.Geom.Vector theD2UV) |
| bool | DN (double theParameterU, double theParameterV, uint theDerivativeOrder, cadex.Geom.Point theValue, cadex.Collections.VectorList theD) |
| Returns true if calculation was passed succsesfully, the returned vectors gives the value of the derivative for the order of derivation theDerivativeOrder. | |
| void | Curvature (double theParameterU, double theParameterV, cadex.Geom.Direction thePrincipalMaxDirection, cadex.Geom.Direction thePrincipalMinDirection) |
| void | Curvature (double theParameterU, double theParameterV, cadex.Geom.Direction thePrincipalMaxDirection, cadex.Geom.Direction thePrincipalMinDirection, out double theMaxCurvature, out double theMinCurvature) |
| void | Mirror (cadex.Geom.Point thePoint) |
| void | Mirror (cadex.Geom.Axis1d theAxis) |
| void | Mirror (cadex.Geom.Axis3d theAxis) |
| cadex.Geom.Surface | Mirrored (cadex.Geom.Point theRef) |
| cadex.Geom.Surface | Mirrored (cadex.Geom.Axis1d theAxis) |
| cadex.Geom.Surface | Mirrored (cadex.Geom.Axis3d theAxis) |
| void | Rotate (cadex.Geom.Axis1d theAxis, double theAngle) |
| cadex.Geom.Surface | Rotated (cadex.Geom.Axis1d theAxis, double theAngle) |
| void | Translate (cadex.Geom.Vector theVector) |
| cadex.Geom.Surface | Translated (cadex.Geom.Vector theVector) |
| void | Scale (cadex.Geom.Point thePoint, double theScale) |
| cadex.Geom.Surface | Scaled (cadex.Geom.Point thePoint, double theScale) |
| Public Member Functions inherited from cadex.Geom.Geometry | |
| Geometry (global::System.IntPtr cPtr, bool cMemoryOwn) | |
| Public Member Functions inherited from cadex.BaseObject | |
| BaseObject (global::System.IntPtr cPtr, bool cMemoryOwn) | |
| void | Dispose () |
| bool | IsNull () |
| ulong | Id () |
| Return unique identifier of public object. | |
| bool | IsEqual (cadex.BaseObject theObj) |
| override int | GetHashCode () |
| override bool | Equals (System.Object o) |
Static Public Member Functions | |
| static new bool | CompareType (cadex.BaseObject theObject) |
| static cadex.Geom.OffsetSurface | Cast (cadex.Geom.Surface theBase) |
| Static Public Member Functions inherited from cadex.Geom.Surface | |
| static new bool | CompareType (cadex.BaseObject theObject) |
| Static Public Member Functions inherited from cadex.Geom.Geometry | |
| static bool | CompareType (cadex.BaseObject theObject) |
| static cadex.Geom.Geometry | Cast (cadex.BaseObject theBase) |
Protected Member Functions | |
| override void | Dispose (bool disposing) |
| Protected Member Functions inherited from cadex.Geom.Surface | |
| override void | Dispose (bool disposing) |
Defines an offset surface.
An offset surface is defined by a basis surface and an offset value.
The following image depicts an example of an offset surface:
A basis surface must be at least G1-continous, otherwise behavior is undefined (most likely an exception will be thrown).
An offset surface is parametrized as follows: \(\mathbf{S}(u,v) = \mathbf{B}(u,v) + \mathrm{offset} \cdot \mathbf{N}(u,v)\), where
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If theBasisSurface is an offset surface then its basis surface will be used as a basis surface and offset will be a sum of theOffset and the offset value of the theBasisSurface.
theBasisSurface must be at least G1-continuous, otherwise behavior is undefined. Constructor.
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Returns basis surface.
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Reimplemented from cadex.Geom.Geometry.
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Returns offset value.