ISurfaceCreator

java.lang.Object
- igeo.ISurfaceCreator

```
public class ISurfaceCreator
extends java.lang.Object
```
class with collection of static methods to create various type of surface.

Author:

Satoru Sugihara

Nested Class Summary

Nested Classes
Modifier and Type	Class and Description
`static class`	`ISurfaceCreator.XCurveComparator`
`static class`	`ISurfaceCreator.YCurveComparator`
`static class`	`ISurfaceCreator.ZCurveComparator`

Field Summary

Fields
Modifier and Type Field and Description

static IServerI server
state variable of a server to store surfaces created in the methods in this class

Fields
Modifier and Type	Field and Description
`static IServerI`	`server` state variable of a server to store surfaces created in the methods in this class

Constructor Summary

Constructors
Constructor and Description

ISurfaceCreator()

Constructors
Constructor and Description
`ISurfaceCreator()`

Method Summary

Methods
Modifier and Type	Method and Description
`static IBox`	`box(double x, double y, double z, double size)` box
`static IBox`	`box(double x, double y, double z, double width, double height, double depth)`
`static IBox`	`box(IVecI[][][] corners)`
`static IBox`	`box(IVecI origin, double size)`
`static IBox`	`box(IVecI origin, double width, double height, double depth)`
`static IBox`	`box(IVecI origin, IVecI xvec, IVecI yvec, IVecI zvec)`
`static IBox`	`box(IVecI pt1, IVecI pt2, IVecI pt3, IVecI pt4, IVecI pt5, IVecI pt6, IVecI pt7, IVecI pt8)`
`static IBrep`	`cap(ISurfaceI surface)` cap a surface which is cyclically closed in u or v direction.
`static int`	`checkCPNumForLoft(ICurveI[] curves)` check if number of control points is same and returns minimum number
`static IVecI[][]`	`checkCPNumForLoft(IVecI[][] pts)`
`static ICylinder`	`cone(IVecI pt1, IVecI pt2, double radius)`
`static ICylinder`	`cone(IVecI pt1, IVecI pt2, IDoubleI radius)`
`static ICylinder`	`cylinder(IVecI pt1, IVecI pt2, double radius)`
`static ICylinder`	`cylinder(IVecI pt1, IVecI pt2, double radius1, double radius2)`
`static ICylinder`	`cylinder(IVecI pt1, IVecI pt2, IDoubleI radius)`
`static ICylinder`	`cylinder(IVecI pt1, IVecI pt2, IDoubleI radius1, IDoubleI radius2)`
`static IVecI[]`	`duplicatePoints(IVecI[] pts)` subroutines for sweep
`static IVecI[]`	`duplicatePoints(IVecI[] pts, double weight)`
`static ISurface`	`extrude(ICurveI profile, double extrudeDepth)`
`static ISurface`	`extrude(ICurveI profile, ICurveI rail)`
`static ISurface`	`extrude(ICurveI profile, IDoubleI extrudeDepth)`
`static ISurface`	`extrude(ICurveI profile, IVecI extrudeDir)`
`static ISurface`	`extrude(IVecI[] profile, double extrudeDepth)` one directional extrusion
`static ISurface`	`extrude(IVecI[] profile, ICurve rail)`
`static ISurface`	`extrude(IVecI[] profile, IDoubleI extrudeDepth)`
`static ISurface`	`extrude(IVecI[] profile, int profileDeg, boolean closeProfile, double extrudeDepth)`
`static ISurface`	`extrude(IVecI[] profile, int profileDeg, boolean closeProfile, ICurve rail)`
`static ISurface`	`extrude(IVecI[] profile, int profileDeg, boolean closeProfile, IDoubleI extrudeDepth)`
`static ISurface`	`extrude(IVecI[] profile, int profileDeg, boolean closeProfile, IVecI extrudeDir)`
`static ISurface`	`extrude(IVecI[] profile, int profileDeg, boolean closeProfile, IVecI[] rail, int railDeg, boolean closeRail)`
`static ISurface`	`extrude(IVecI[] profile, int profileDeg, double extrudeDepth)`
`static ISurface`	`extrude(IVecI[] profile, int profileDeg, double[] profileKnots, ICurve rail)`
`static ISurface`	`extrude(IVecI[] profile, int profileDeg, double[] profileKnots, IVecI extrudeDir)`
`static ISurface`	`extrude(IVecI[] profile, int profileDeg, double[] profileKnots, IVecI[] rail, int railDeg, double[] railKnots)`
`static ISurface`	`extrude(IVecI[] profile, int profileDeg, ICurve rail)`
`static ISurface`	`extrude(IVecI[] profile, int profileDeg, IDoubleI extrudeDepth)`
`static ISurface`	`extrude(IVecI[] profile, int profileDeg, IVecI extrudeDir)`
`static ISurface`	`extrude(IVecI[] profile, int profileDeg, IVecI[] rail, int railDeg)`
`static ISurface`	`extrude(IVecI[] profile, IVecI extrudeDir)`
`static ISurface`	`extrude(IVecI[] profile, IVecI[] rail)` extrusion along path (profile control points are copied parallely)
`static ISurface`	`flatten(ISurfaceI surface)`
`static ISurface`	`flatten(ISurfaceI surface, IVecI planeDir)`
`static ISurface`	`flatten(ISurfaceI surface, IVecI planeDir, IVecI planePt)`
`static IVec`	`getCenter(ICurveI crv)`
`static IVec`	`getCenter(IVecI[] profile, int profileDeg)`
`static boolean`	`isClosed(IVecI[] profile, int profileDeg)`
`static ISurface`	`loft(ICurveI[] curves)` loft
`static ISurface`	`loft(ICurveI[] curves, int deg)`
`static ISurface`	`loft(ICurveI[] curves, int deg, boolean close)`
`static ISurface`	`loft(ICurveI curve1, ICurveI curve2)`
`static ISurface`	`loft(IVecI[][] pts)`
`static ISurface`	`loft(IVecI[][] pts, boolean closeLoft, boolean closePts)`
`static ISurface`	`loft(IVecI[][] pts, int loftDeg, int ptsDeg)`
`static ISurface`	`loft(IVecI[][] pts, int loftDeg, int ptsDeg, boolean closeLoft, boolean closePts)`
`static ISurface`	`loft(IVecI[] pts1, IVecI[] pts2)`
`static ISurface`	`loft(IVecI[] pts1, IVecI[] pts2, boolean closePts)`
`static ISurface`	`loft(IVecI[] pts1, IVecI[] pts2, int ptsDeg)`
`static ISurface`	`loft(IVecI[] pts1, IVecI[] pts2, int ptsDeg, boolean closePts)`
`static ISurface`	`loft(IVecI[] pts1, IVecI[] pts2, IVecI[] pts3)`
`static ISurface`	`loft(IVecI[] pts1, IVecI[] pts2, IVecI[] pts3, boolean closePts)`
`static ISurface`	`loft(IVecI[] pts1, IVecI[] pts2, IVecI[] pts3, int loftDeg, int ptsDeg)`
`static ISurface`	`loft(IVecI[] pts1, IVecI[] pts2, IVecI[] pts3, int loftDeg, int ptsDeg, boolean closePts)`
`static ISurface`	`loftX(ICurveI[] curves)` loft with sorted curves in x
`static ISurface`	`loftX(ICurveI[] curves, int deg)`
`static ISurface`	`loftX(ICurveI[] curves, int deg, boolean close)`
`static ISurface`	`loftY(ICurveI[] curves)` loft with sorted curves in y
`static ISurface`	`loftY(ICurveI[] curves, int deg)`
`static ISurface`	`loftY(ICurveI[] curves, int deg, boolean close)`
`static ISurface`	`loftZ(ICurveI[] curves)` loft with sorted curves in z
`static ISurface`	`loftZ(ICurveI[] curves, int deg)`
`static ISurface`	`loftZ(ICurveI[] curves, int deg, boolean close)`
`static IVecI[]`	`orient(IVecI[] profile, IVecI profCenter, IVecI railPt)` only moving profile points form profCenter to railPt.
`static IVecI[]`	`orient(IVecI[] profile, IVecI profCenter, IVecI profNml, IVecI railPt, IVecI railDir)`
`static IVecI[]`	`orient(IVecI[] profile, IVecI profCenter, IVecI profNml, IVecI profDir, IVecI railPt, IVecI railDir, IVecI railNml)` Orienting profile points by matching profCenter with railPt, profNml with railDir, profDir with railNml.
`static IVecI[]`	`orientAndBisect(IVecI[] profile, IVecI profCenter, IVecI profNml, IVecI railPt, IVecI railDir)`
`static IVecI[]`	`orientAndBisect(IVecI[] profile, IVecI profCenter, IVecI profNml, IVecI profDir, IVecI railPt, IVecI railDir, IVecI railNml)`
`static ISurface`	`pipe(ICurveI rail, double radius)`
`static ISurface`	`pipe(IVecI[] rail, double radius)`
`static ISurface`	`pipe(IVecI[] rail, int railDeg, boolean close, double radius)`
`static ISurface`	`pipe(IVecI[] rail, int railDeg, double radius)`
`static ISurface`	`pipe(IVecI[] rail, int railDeg, double[] railKnots, double radius)`
`static ISurface`	`pipe(IVecI pt1, IVecI pt2, double radius)` pipe
`static ISurface`	`plane(IVecI corner, double xwidth, double yheight)`
`static ISurface`	`plane(IVecI corner, IVecI widthVec, IVecI heightVec)`
`static ISurface`	`pointLoft(ICurveI profile, IVecI center)` surface by lofting profile into the specified point
`static ISurface`	`pointLoft(IVecI[] cps, int deg, double[] knots, IVecI center)` surface by lofting profile into the specified point
`static ISurfaceGeo`	`pointLoftGeo(IVecI[] cps, int deg, double[] knots, IVecI center)` surface by lofting profile into the specified point
`static ISurface`	`profileSurface(ICurveI profile)` surface defined by closed profile.if the profile is flat, planar surface is created.
`static ISurface`	`profileSurface(IVecI[] cps, int deg, double[] knots)` surface defined by closed profile.if the profile is flat, planar surface is created.
`static ISurfaceGeo`	`profileSurfaceGeo(IVecI[] cps, int deg, double[] knots)` surface defined by closed profile.if the profile is flat, planar surface is created.
`static ISurface`	`radialSurface(ICurveI profile)` surface by lofting profile into the center of the profile
`static ISurface`	`radialSurface(IVecI[] cps, int deg, double[] knots)` surface by lofting profile into the center of the profile
`static ISurfaceGeo`	`radialSurfaceGeo(IVecI[] cps, int deg, double[] knots)` surface by lofting profile into the center of the profile
`static ISurface`	`rectPipe(ICurveI rail, double width, double height)`
`static ISurface`	`rectPipe(ICurveI rail, double left, double right, double bottom, double top)`
`static ISurface`	`rectPipe(IVecI[] rail, double width, double height)`
`static ISurface`	`rectPipe(IVecI[] rail, double left, double right, double bottom, double top)`
`static ISurface`	`rectPipe(IVecI[] rail, int deg, boolean close, double width, double height)`
`static ISurface`	`rectPipe(IVecI[] rail, int deg, boolean close, double left, double right, double bottom, double top)`
`static ISurface`	`rectPipe(IVecI[] rail, int deg, double[] knots, double width, double height)`
`static ISurface`	`rectPipe(IVecI[] rail, int deg, double[] knots, double left, double right, double bottom, double top)`
`static ISurface`	`rectPipe(IVecI[] rail, int deg, double width, double height)`
`static ISurface`	`rectPipe(IVecI[] rail, int deg, double left, double right, double bottom, double top)`
`static ISurface`	`rectPipe(IVecI pt1, IVecI pt2, double width, double height)`
`static ISurface`	`rectPipe(IVecI pt1, IVecI pt2, double left, double right, double bottom, double top)`
`static ISurface`	`rectPipe(IVecI pt1, IVecI pt2, IVecI widthDir, double width, double height)` rect pipe with width dir specified
`static ISurface`	`rectPipe(IVecI pt1, IVecI pt2, IVecI widthDir, double left, double right, double bottom, double top)` rect pipe with width dir specified
`static IServerI`	`server()`
`static void`	`server(IServerI s)` set a server to store surfaces created in the methods in this class
`static ISphere`	`sphere(double x, double y, double z, double radius)` sphere
`static ISphere`	`sphere(IVecI center, double radius)`
`static ISphere`	`sphere(IVecI center, IDoubleI radius)`
`static ISurface`	`squarePipe(ICurveI rail, double size)`
`static ISurface`	`squarePipe(IVecI[] rail, double size)`
`static ISurface`	`squarePipe(IVecI[] rail, int deg, boolean close, double size)`
`static ISurface`	`squarePipe(IVecI[] rail, int deg, double size)`
`static ISurface`	`squarePipe(IVecI[] rail, int deg, double[] knots, double size)`
`static ISurface`	`squarePipe(IVecI pt1, IVecI pt2, double size)`
`static ISurface`	`squarePipe(IVecI pt1, IVecI pt2, IVecI widthDir, double size)` square pipe with width dir specified
`static ISurface`	`surface(double[][][] xyzValues)`
`static ISurface`	`surface(double[][][] xyzValues, boolean closeU, boolean closeV)`
`static ISurface`	`surface(double[][][] xyzValues, int udeg, int vdeg)`
`static ISurface`	`surface(double[][][] xyzValues, int udeg, int vdeg, boolean closeU, boolean closeV)`
`static ISurface`	`surface(double x1, double y1, double z1, double x2, double y2, double z2, double x3, double y3, double z3)`
`static ISurface`	`surface(double x1, double y1, double z1, double x2, double y2, double z2, double x3, double y3, double z3, double x4, double y4, double z4)`
`static ISurface`	`surface(ICurveI trimCurve)`
`static ISurface`	`surface(ICurveI[] trimCurves)`
`static ISurface`	`surface(ICurveI trimCurve, ICurveI innerTrimCurve)`
`static ISurface`	`surface(ICurveI trimCurve, ICurveI[] innerTrimCurves)`
`static ISurface`	`surface(ISurfaceI srf)`
`static ISurface`	`surface(IVecI[] trimCrvPts)`
`static ISurface`	`surface(IVecI[][] cpts)`
`static ISurface`	`surface(IVecI[][] cpts, boolean closeU, boolean closeV)`
`static ISurface`	`surface(IVecI[][] cpts, int udegree, int vdegree)`
`static ISurface`	`surface(IVecI[][] cpts, int udegree, int vdegree, boolean closeU, boolean closeV)`
`static ISurface`	`surface(IVecI[][] cpts, int udegree, int vdegree, boolean closeU, double[] vk)`
`static ISurface`	`surface(IVecI[][] cpts, int udegree, int vdegree, double[] uk, boolean closeV)`
`static ISurface`	`surface(IVecI[][] cpts, int udegree, int vdegree, double[] uknots, double[] vknots)`
`static ISurface`	`surface(IVecI[][] cpts, int udegree, int vdegree, double[] uknots, double[] vknots, double ustart, double uend, double vstart, double vend)`
`static ISurface`	`surface(IVecI[] trimCrvPts, int trimCrvDeg)`
`static ISurface`	`surface(IVecI[] trimCrvPts, int trimCrvDeg, double[] trimCrvKnots)`
`static ISurface`	`surface(IVecI pt1, IVecI pt2, IVecI pt3)`
`static ISurface`	`surface(IVecI pt1, IVecI pt2, IVecI pt3, IVecI pt4)`
`static ISurface`	`sweep(ICurveI profile, ICurveI rail)`
`static ISurface`	`sweep(ICurveI profile, IVecI[] rail)`
`static ISurface`	`sweep(ICurveI profile, IVecI[] rail, int railDeg)`
`static ISurface`	`sweep(ICurveI profile, IVecI[] rail, int railDeg, boolean closeRail)`
`static ISurface`	`sweep(ICurveI profile, IVecI profileCenter, ICurveI rail)`
`static ISurface`	`sweep(ICurveI profile, IVecI profileCenter, IVecI[] rail)`
`static ISurface`	`sweep(ICurveI profile, IVecI profileCenter, IVecI[] rail, int railDeg)`
`static ISurface`	`sweep(ICurveI profile, IVecI profileCenter, IVecI[] rail, int railDeg, boolean closeRail)`
`static ISurface`	`sweep(ICurveI profile, IVecI profileCenter, IVecI profileDir, ICurveI rail)` sweep.
`static ISurface`	`sweep(ICurveI profile, IVecI profileCenter, IVecI profileDir, IVecI[] rail)`
`static ISurface`	`sweep(ICurveI profile, IVecI profileCenter, IVecI profileDir, IVecI[] rail, int railDeg)`
`static ISurface`	`sweep(ICurveI profile, IVecI profileCenter, IVecI profileDir, IVecI[] rail, int railDeg, boolean closeRail)`
`static ISurface`	`sweep(IVecI[] profile, ICurveI rail)`
`static ISurface`	`sweep(IVecI[] profile, int profileDeg, boolean closeProfile, ICurveI rail)`
`static ISurface`	`sweep(IVecI[] profile, int profileDeg, boolean closeProfile, IVecI[] rail, int railDeg, boolean closeRail)`
`static ISurface`	`sweep(IVecI[] profile, int profileDeg, boolean closeProfile, IVecI profileCenter, ICurveI rail)`
`static ISurface`	`sweep(IVecI[] profile, int profileDeg, boolean closeProfile, IVecI profileCenter, IVecI[] rail, int railDeg, boolean closeRail)`
`static ISurface`	`sweep(IVecI[] profile, int profileDeg, boolean closeProfile, IVecI profileCenter, IVecI profileDir, ICurveI rail)`
`static ISurface`	`sweep(IVecI[] profile, int profileDeg, boolean closeProfile, IVecI profileCenter, IVecI profileDir, IVecI[] rail, int railDeg, boolean closeRail)`
`static ISurface`	`sweep(IVecI[] profile, int profileDeg, double[] profileKnots, IVecI[] rail, int railDeg, double[] railKnots)`
`static ISurface`	`sweep(IVecI[] profile, int profileDeg, double[] profileKnots, IVecI profileCenter, IVecI[] rail, int railDeg, double[] railKnots)`
`static ISurface`	`sweep(IVecI[] profile, int profileDeg, double[] profileKnots, IVecI profileCenter, IVecI profileDir, IVecI[] rail, int railDeg, double[] railKnots)` sweep.
`static ISurface`	`sweep(IVecI[] profile, int profileDeg, ICurveI rail)`
`static ISurface`	`sweep(IVecI[] profile, int profileDeg, IVecI[] rail, int railDeg)`
`static ISurface`	`sweep(IVecI[] profile, int profileDeg, IVecI profileCenter, ICurveI rail)`
`static ISurface`	`sweep(IVecI[] profile, int profileDeg, IVecI profileCenter, IVecI[] rail, int railDeg)`
`static ISurface`	`sweep(IVecI[] profile, int profileDeg, IVecI profileCenter, IVecI profileDir, ICurveI rail)`
`static ISurface`	`sweep(IVecI[] profile, int profileDeg, IVecI profileCenter, IVecI profileDir, IVecI[] rail, int railDeg)`
`static ISurface`	`sweep(IVecI[] profile, IVecI[] rail)` sweep (profile is redirected perpendicular to rail and centered(actually just on bisector of control points))
`static ISurface`	`sweep(IVecI[] profile, IVecI profileCenter, ICurveI rail)`
`static ISurface`	`sweep(IVecI[] profile, IVecI profileCenter, IVecI[] rail)`
`static ISurface`	`sweep(IVecI[] profile, IVecI profileCenter, IVecI profileDir, ICurveI rail)`
`static ISurface`	`sweep(IVecI[] profile, IVecI profileCenter, IVecI profileDir, IVecI[] rail)`
`static IVecI[][]`	`sweepPoints(IVecI[] profile, int profileDeg, IVecI profileCenter, IVecI profileDir, IVecI[] rail, int railDeg)` control points for sweep.

Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Detail
- server
```
public static IServerI server
```
  state variable of a server to store surfaces created in the methods in this class

Constructor Detail
- ISurfaceCreator
```
public ISurfaceCreator()
```

Method Detail

server
```
public static void server(IServerI s)
```
set a server to store surfaces created in the methods in this class

server
```
public static IServerI server()
```

surface

public static ISurface surface(IVecI[][] cpts,
               int udegree,
               int vdegree,
               double[] uknots,
               double[] vknots,
               double ustart,
               double uend,
               double vstart,
               double vend)

surface

public static ISurface surface(IVecI[][] cpts,
               int udegree,
               int vdegree,
               double[] uknots,
               double[] vknots)

surface

public static ISurface surface(IVecI[][] cpts,
               int udegree,
               int vdegree)

surface

public static ISurface surface(IVecI[][] cpts)

surface

public static ISurface surface(IVecI[][] cpts,
               int udegree,
               int vdegree,
               boolean closeU,
               boolean closeV)

surface

public static ISurface surface(IVecI[][] cpts,
               int udegree,
               int vdegree,
               boolean closeU,
               double[] vk)

surface

public static ISurface surface(IVecI[][] cpts,
               int udegree,
               int vdegree,
               double[] uk,
               boolean closeV)

surface

public static ISurface surface(IVecI[][] cpts,
               boolean closeU,
               boolean closeV)

surface

public static ISurface surface(IVecI pt1,
               IVecI pt2,
               IVecI pt3,
               IVecI pt4)

surface

public static ISurface surface(IVecI pt1,
               IVecI pt2,
               IVecI pt3)

surface

public static ISurface surface(double x1,
               double y1,
               double z1,
               double x2,
               double y2,
               double z2,
               double x3,
               double y3,
               double z3,
               double x4,
               double y4,
               double z4)

surface

public static ISurface surface(double x1,
               double y1,
               double z1,
               double x2,
               double y2,
               double z2,
               double x3,
               double y3,
               double z3)

surface

public static ISurface surface(double[][][] xyzValues)

surface

public static ISurface surface(double[][][] xyzValues,
               int udeg,
               int vdeg)

surface

public static ISurface surface(double[][][] xyzValues,
               boolean closeU,
               boolean closeV)

surface

public static ISurface surface(double[][][] xyzValues,
               int udeg,
               int vdeg,
               boolean closeU,
               boolean closeV)

surface

public static ISurface surface(ISurfaceI srf)

surface

public static ISurface surface(ICurveI trimCurve)

surface

public static ISurface surface(ICurveI trimCurve,
               ICurveI[] innerTrimCurves)

surface

public static ISurface surface(ICurveI trimCurve,
               ICurveI innerTrimCurve)

surface

public static ISurface surface(ICurveI[] trimCurves)

surface

public static ISurface surface(IVecI[] trimCrvPts)

surface

public static ISurface surface(IVecI[] trimCrvPts,
               int trimCrvDeg)

surface

public static ISurface surface(IVecI[] trimCrvPts,
               int trimCrvDeg,
               double[] trimCrvKnots)

box

public static IBox box(double x,
       double y,
       double z,
       double size)

box

public static IBox box(double x,
       double y,
       double z,
       double width,
       double height,
       double depth)

box

public static IBox box(IVecI origin,
       double size)

box

public static IBox box(IVecI origin,
       double width,
       double height,
       double depth)

box

public static IBox box(IVecI origin,
       IVecI xvec,
       IVecI yvec,
       IVecI zvec)

box

public static IBox box(IVecI pt1,
       IVecI pt2,
       IVecI pt3,
       IVecI pt4,
       IVecI pt5,
       IVecI pt6,
       IVecI pt7,
       IVecI pt8)

box

public static IBox box(IVecI[][][] corners)

sphere

public static ISphere sphere(double x,
             double y,
             double z,
             double radius)

sphere

public static ISphere sphere(IVecI center,
             double radius)

sphere

public static ISphere sphere(IVecI center,
             IDoubleI radius)

cylinder

public static ICylinder cylinder(IVecI pt1,
                 IVecI pt2,
                 double radius)

cylinder

public static ICylinder cylinder(IVecI pt1,
                 IVecI pt2,
                 IDoubleI radius)

cylinder

public static ICylinder cylinder(IVecI pt1,
                 IVecI pt2,
                 double radius1,
                 double radius2)

cylinder

public static ICylinder cylinder(IVecI pt1,
                 IVecI pt2,
                 IDoubleI radius1,
                 IDoubleI radius2)

cone

public static ICylinder cone(IVecI pt1,
             IVecI pt2,
             double radius)

cone

public static ICylinder cone(IVecI pt1,
             IVecI pt2,
             IDoubleI radius)

plane

public static ISurface plane(IVecI corner,
             double xwidth,
             double yheight)

plane

public static ISurface plane(IVecI corner,
             IVecI widthVec,
             IVecI heightVec)

extrude

public static ISurface extrude(IVecI[] profile,
               double extrudeDepth)

one directional extrusion

extrude

public static ISurface extrude(IVecI[] profile,
               IDoubleI extrudeDepth)

extrude

public static ISurface extrude(IVecI[] profile,
               int profileDeg,
               double extrudeDepth)

extrude

public static ISurface extrude(IVecI[] profile,
               int profileDeg,
               IDoubleI extrudeDepth)

extrude

public static ISurface extrude(IVecI[] profile,
               int profileDeg,
               boolean closeProfile,
               double extrudeDepth)

extrude

public static ISurface extrude(IVecI[] profile,
               int profileDeg,
               boolean closeProfile,
               IDoubleI extrudeDepth)

extrude

public static ISurface extrude(IVecI[] profile,
               IVecI extrudeDir)

extrude

public static ISurface extrude(IVecI[] profile,
               int profileDeg,
               IVecI extrudeDir)

extrude

public static ISurface extrude(IVecI[] profile,
               int profileDeg,
               boolean closeProfile,
               IVecI extrudeDir)

extrude

public static ISurface extrude(IVecI[] profile,
               int profileDeg,
               double[] profileKnots,
               IVecI extrudeDir)

extrude

public static ISurface extrude(IVecI[] profile,
               ICurve rail)

extrude

public static ISurface extrude(IVecI[] profile,
               int profileDeg,
               ICurve rail)

extrude

public static ISurface extrude(IVecI[] profile,
               int profileDeg,
               boolean closeProfile,
               ICurve rail)

extrude

public static ISurface extrude(IVecI[] profile,
               int profileDeg,
               double[] profileKnots,
               ICurve rail)

extrude

public static ISurface extrude(ICurveI profile,
               IVecI extrudeDir)

extrude

public static ISurface extrude(ICurveI profile,
               double extrudeDepth)

extrude

public static ISurface extrude(ICurveI profile,
               IDoubleI extrudeDepth)

extrude

public static ISurface extrude(IVecI[] profile,
               IVecI[] rail)

extrusion along path (profile control points are copied parallely)

extrude

public static ISurface extrude(IVecI[] profile,
               int profileDeg,
               IVecI[] rail,
               int railDeg)

extrude

public static ISurface extrude(IVecI[] profile,
               int profileDeg,
               boolean closeProfile,
               IVecI[] rail,
               int railDeg,
               boolean closeRail)

extrude

public static ISurface extrude(IVecI[] profile,
               int profileDeg,
               double[] profileKnots,
               IVecI[] rail,
               int railDeg,
               double[] railKnots)

extrude

public static ISurface extrude(ICurveI profile,
               ICurveI rail)

sweep
```
public static ISurface sweep(IVecI[] profile,
             IVecI[] rail)
```
sweep (profile is redirected perpendicular to rail and centered(actually just on bisector of control points))

sweep

public static ISurface sweep(IVecI[] profile,
             IVecI profileCenter,
             IVecI[] rail)

sweep

public static ISurface sweep(IVecI[] profile,
             IVecI profileCenter,
             IVecI profileDir,
             IVecI[] rail)

sweep

public static ISurface sweep(IVecI[] profile,
             int profileDeg,
             IVecI[] rail,
             int railDeg)

sweep

public static ISurface sweep(IVecI[] profile,
             int profileDeg,
             IVecI profileCenter,
             IVecI[] rail,
             int railDeg)

sweep

public static ISurface sweep(IVecI[] profile,
             int profileDeg,
             IVecI profileCenter,
             IVecI profileDir,
             IVecI[] rail,
             int railDeg)

sweep

public static ISurface sweep(IVecI[] profile,
             int profileDeg,
             boolean closeProfile,
             IVecI[] rail,
             int railDeg,
             boolean closeRail)

sweep

public static ISurface sweep(IVecI[] profile,
             int profileDeg,
             boolean closeProfile,
             IVecI profileCenter,
             IVecI[] rail,
             int railDeg,
             boolean closeRail)

sweep

public static ISurface sweep(IVecI[] profile,
             int profileDeg,
             boolean closeProfile,
             IVecI profileCenter,
             IVecI profileDir,
             IVecI[] rail,
             int railDeg,
             boolean closeRail)

sweep

public static ISurface sweep(IVecI[] profile,
             ICurveI rail)

sweep

public static ISurface sweep(IVecI[] profile,
             IVecI profileCenter,
             ICurveI rail)

sweep

public static ISurface sweep(IVecI[] profile,
             IVecI profileCenter,
             IVecI profileDir,
             ICurveI rail)

sweep

public static ISurface sweep(IVecI[] profile,
             int profileDeg,
             ICurveI rail)

sweep

public static ISurface sweep(IVecI[] profile,
             int profileDeg,
             IVecI profileCenter,
             ICurveI rail)

sweep

public static ISurface sweep(IVecI[] profile,
             int profileDeg,
             IVecI profileCenter,
             IVecI profileDir,
             ICurveI rail)

sweep

public static ISurface sweep(IVecI[] profile,
             int profileDeg,
             boolean closeProfile,
             ICurveI rail)

sweep

public static ISurface sweep(IVecI[] profile,
             int profileDeg,
             boolean closeProfile,
             IVecI profileCenter,
             ICurveI rail)

sweep

public static ISurface sweep(IVecI[] profile,
             int profileDeg,
             boolean closeProfile,
             IVecI profileCenter,
             IVecI profileDir,
             ICurveI rail)

sweep

public static ISurface sweep(ICurveI profile,
             IVecI[] rail)

sweep

public static ISurface sweep(ICurveI profile,
             IVecI profileCenter,
             IVecI[] rail)

sweep

public static ISurface sweep(ICurveI profile,
             IVecI profileCenter,
             IVecI profileDir,
             IVecI[] rail)

sweep

public static ISurface sweep(ICurveI profile,
             IVecI[] rail,
             int railDeg)

sweep

public static ISurface sweep(ICurveI profile,
             IVecI profileCenter,
             IVecI[] rail,
             int railDeg)

sweep

public static ISurface sweep(ICurveI profile,
             IVecI profileCenter,
             IVecI profileDir,
             IVecI[] rail,
             int railDeg)

sweep

public static ISurface sweep(ICurveI profile,
             IVecI[] rail,
             int railDeg,
             boolean closeRail)

sweep

public static ISurface sweep(ICurveI profile,
             IVecI profileCenter,
             IVecI[] rail,
             int railDeg,
             boolean closeRail)

sweep

public static ISurface sweep(ICurveI profile,
             IVecI profileCenter,
             IVecI profileDir,
             IVecI[] rail,
             int railDeg,
             boolean closeRail)

sweep

public static ISurface sweep(ICurveI profile,
             ICurveI rail)

sweep

public static ISurface sweep(ICurveI profile,
             IVecI profileCenter,
             ICurveI rail)

sweep

public static ISurface sweep(ICurveI profile,
             IVecI profileCenter,
             IVecI profileDir,
             ICurveI rail)

sweep.

Parameters:: profileCenter - point on profile to be located at the points of rail; profileDir - direction on profile to be aligned with the normal of rail

sweep

public static ISurface sweep(IVecI[] profile,
             int profileDeg,
             double[] profileKnots,
             IVecI[] rail,
             int railDeg,
             double[] railKnots)

sweep

public static ISurface sweep(IVecI[] profile,
             int profileDeg,
             double[] profileKnots,
             IVecI profileCenter,
             IVecI[] rail,
             int railDeg,
             double[] railKnots)

sweep

public static ISurface sweep(IVecI[] profile,
             int profileDeg,
             double[] profileKnots,
             IVecI profileCenter,
             IVecI profileDir,
             IVecI[] rail,
             int railDeg,
             double[] railKnots)

sweep.

Parameters:: profileCenter - point on profile to be located at the points of rail; profileDir - direction on profile to be aligned with the normal of rail

sweepPoints

public static IVecI[][] sweepPoints(IVecI[] profile,
                    int profileDeg,
                    IVecI profileCenter,
                    IVecI profileDir,
                    IVecI[] rail,
                    int railDeg)

control points for sweep.

Parameters:: profileCenter - point on profile to be located at the points of rail; profileDir - direction on profile to be aligned with the normal of rail

duplicatePoints

public static IVecI[] duplicatePoints(IVecI[] pts)

subroutines for sweep

duplicatePoints

public static IVecI[] duplicatePoints(IVecI[] pts,
                      double weight)

orient

public static IVecI[] orient(IVecI[] profile,
             IVecI profCenter,
             IVecI railPt)

only moving profile points form profCenter to railPt. points are not duplicated.

orient

public static IVecI[] orient(IVecI[] profile,
             IVecI profCenter,
             IVecI profNml,
             IVecI railPt,
             IVecI railDir)

orient

public static IVecI[] orient(IVecI[] profile,
             IVecI profCenter,
             IVecI profNml,
             IVecI profDir,
             IVecI railPt,
             IVecI railDir,
             IVecI railNml)

Orienting profile points by matching profCenter with railPt, profNml with railDir, profDir with railNml.

orientAndBisect

public static IVecI[] orientAndBisect(IVecI[] profile,
                      IVecI profCenter,
                      IVecI profNml,
                      IVecI railPt,
                      IVecI railDir)

orientAndBisect

public static IVecI[] orientAndBisect(IVecI[] profile,
                      IVecI profCenter,
                      IVecI profNml,
                      IVecI profDir,
                      IVecI railPt,
                      IVecI railDir,
                      IVecI railNml)

isClosed

public static boolean isClosed(IVecI[] profile,
               int profileDeg)

getCenter

public static IVec getCenter(IVecI[] profile,
             int profileDeg)

pipe

public static ISurface pipe(IVecI pt1,
            IVecI pt2,
            double radius)

pipe

public static ISurface pipe(IVecI[] rail,
            double radius)

pipe

public static ISurface pipe(IVecI[] rail,
            int railDeg,
            double radius)

pipe

public static ISurface pipe(IVecI[] rail,
            int railDeg,
            boolean close,
            double radius)

pipe

public static ISurface pipe(ICurveI rail,
            double radius)

pipe

public static ISurface pipe(IVecI[] rail,
            int railDeg,
            double[] railKnots,
            double radius)

squarePipe

public static ISurface squarePipe(IVecI pt1,
                  IVecI pt2,
                  double size)

squarePipe

public static ISurface squarePipe(IVecI pt1,
                  IVecI pt2,
                  IVecI widthDir,
                  double size)

square pipe with width dir specified

squarePipe

public static ISurface squarePipe(IVecI[] rail,
                  double size)

squarePipe

public static ISurface squarePipe(IVecI[] rail,
                  int deg,
                  double size)

squarePipe

public static ISurface squarePipe(IVecI[] rail,
                  int deg,
                  boolean close,
                  double size)

squarePipe

public static ISurface squarePipe(ICurveI rail,
                  double size)

squarePipe

public static ISurface squarePipe(IVecI[] rail,
                  int deg,
                  double[] knots,
                  double size)

rectPipe

public static ISurface rectPipe(IVecI pt1,
                IVecI pt2,
                double width,
                double height)

Parameters:: width - size in the direction of offset of rail; height - size in the direction of normal of rail

rectPipe

public static ISurface rectPipe(IVecI pt1,
                IVecI pt2,
                IVecI widthDir,
                double width,
                double height)

rect pipe with width dir specified

rectPipe

public static ISurface rectPipe(IVecI pt1,
                IVecI pt2,
                double left,
                double right,
                double bottom,
                double top)

rectPipe

public static ISurface rectPipe(IVecI[] rail,
                double width,
                double height)

rectPipe

public static ISurface rectPipe(IVecI[] rail,
                double left,
                double right,
                double bottom,
                double top)

rectPipe

public static ISurface rectPipe(IVecI[] rail,
                int deg,
                double width,
                double height)

rectPipe

public static ISurface rectPipe(IVecI[] rail,
                int deg,
                double left,
                double right,
                double bottom,
                double top)

rectPipe

public static ISurface rectPipe(IVecI[] rail,
                int deg,
                boolean close,
                double width,
                double height)

rectPipe

public static ISurface rectPipe(IVecI[] rail,
                int deg,
                boolean close,
                double left,
                double right,
                double bottom,
                double top)

rectPipe

public static ISurface rectPipe(ICurveI rail,
                double width,
                double height)

rectPipe

public static ISurface rectPipe(ICurveI rail,
                double left,
                double right,
                double bottom,
                double top)

rectPipe

public static ISurface rectPipe(IVecI[] rail,
                int deg,
                double[] knots,
                double width,
                double height)

rectPipe

public static ISurface rectPipe(IVecI[] rail,
                int deg,
                double[] knots,
                double left,
                double right,
                double bottom,
                double top)

rectPipe

public static ISurface rectPipe(IVecI pt1,
                IVecI pt2,
                IVecI widthDir,
                double left,
                double right,
                double bottom,
                double top)

rect pipe with width dir specified

loft

public static ISurface loft(ICurveI[] curves)

loft

public static ISurface loft(ICurveI curve1,
            ICurveI curve2)

loft

public static ISurface loft(ICurveI[] curves,
            int deg)

loft

public static ISurface loft(ICurveI[] curves,
            int deg,
            boolean close)

checkCPNumForLoft
```
public static int checkCPNumForLoft(ICurveI[] curves)
```
check if number of control points is same and returns minimum number

checkCPNumForLoft

public static IVecI[][] checkCPNumForLoft(IVecI[][] pts)

loft

public static ISurface loft(IVecI[][] pts)

loft

public static ISurface loft(IVecI[][] pts,
            boolean closeLoft,
            boolean closePts)

loft

public static ISurface loft(IVecI[][] pts,
            int loftDeg,
            int ptsDeg)

loft

public static ISurface loft(IVecI[][] pts,
            int loftDeg,
            int ptsDeg,
            boolean closeLoft,
            boolean closePts)

loft

public static ISurface loft(IVecI[] pts1,
            IVecI[] pts2)

loft

public static ISurface loft(IVecI[] pts1,
            IVecI[] pts2,
            boolean closePts)

loft

public static ISurface loft(IVecI[] pts1,
            IVecI[] pts2,
            int ptsDeg)

loft

public static ISurface loft(IVecI[] pts1,
            IVecI[] pts2,
            int ptsDeg,
            boolean closePts)

loft

public static ISurface loft(IVecI[] pts1,
            IVecI[] pts2,
            IVecI[] pts3)

loft

public static ISurface loft(IVecI[] pts1,
            IVecI[] pts2,
            IVecI[] pts3,
            boolean closePts)

loft

public static ISurface loft(IVecI[] pts1,
            IVecI[] pts2,
            IVecI[] pts3,
            int loftDeg,
            int ptsDeg)

loft

public static ISurface loft(IVecI[] pts1,
            IVecI[] pts2,
            IVecI[] pts3,
            int loftDeg,
            int ptsDeg,
            boolean closePts)

loftX

public static ISurface loftX(ICurveI[] curves)

loft with sorted curves in x

loftX

public static ISurface loftX(ICurveI[] curves,
             int deg)

loftX

public static ISurface loftX(ICurveI[] curves,
             int deg,
             boolean close)

loftY

public static ISurface loftY(ICurveI[] curves)

loft with sorted curves in y

loftY

public static ISurface loftY(ICurveI[] curves,
             int deg)

loftY

public static ISurface loftY(ICurveI[] curves,
             int deg,
             boolean close)

loftZ

public static ISurface loftZ(ICurveI[] curves)

loft with sorted curves in z

loftZ

public static ISurface loftZ(ICurveI[] curves,
             int deg)

loftZ

public static ISurface loftZ(ICurveI[] curves,
             int deg,
             boolean close)

getCenter

public static IVec getCenter(ICurveI crv)

flatten

public static ISurface flatten(ISurfaceI surface,
               IVecI planeDir,
               IVecI planePt)

flatten

public static ISurface flatten(ISurfaceI surface,
               IVecI planeDir)

flatten

public static ISurface flatten(ISurfaceI surface)

cap
```
public static IBrep cap(ISurfaceI surface)
```
cap a surface which is cyclically closed in u or v direction.

profileSurfaceGeo
```
public static ISurfaceGeo profileSurfaceGeo(IVecI[] cps,
                            int deg,
                            double[] knots)
```
surface defined by closed profile.if the profile is flat, planar surface is created. if not lofting profile into the center of the profile

profileSurface
```
public static ISurface profileSurface(IVecI[] cps,
                      int deg,
                      double[] knots)
```
surface defined by closed profile.if the profile is flat, planar surface is created. if not lofting profile into the center of the profile

profileSurface
```
public static ISurface profileSurface(ICurveI profile)
```
surface defined by closed profile.if the profile is flat, planar surface is created. if not lofting profile into the center of the profile

radialSurfaceGeo

public static ISurfaceGeo radialSurfaceGeo(IVecI[] cps,
                           int deg,
                           double[] knots)

surface by lofting profile into the center of the profile

radialSurface

public static ISurface radialSurface(IVecI[] cps,
                     int deg,
                     double[] knots)

surface by lofting profile into the center of the profile

radialSurface
```
public static ISurface radialSurface(ICurveI profile)
```
surface by lofting profile into the center of the profile

pointLoftGeo

public static ISurfaceGeo pointLoftGeo(IVecI[] cps,
                       int deg,
                       double[] knots,
                       IVecI center)

surface by lofting profile into the specified point

pointLoft

public static ISurface pointLoft(IVecI[] cps,
                 int deg,
                 double[] knots,
                 IVecI center)

surface by lofting profile into the specified point

pointLoft

public static ISurface pointLoft(ICurveI profile,
                 IVecI center)

surface by lofting profile into the specified point

Class ISurfaceCreator

Nested Class Summary

Field Summary

Constructor Summary

Method Summary

Methods inherited from class java.lang.Object

Field Detail

server

Constructor Detail

ISurfaceCreator

Method Detail

server

server

surface

surface

surface

surface

surface

surface

surface

surface

surface

surface

surface

surface

surface

surface

surface

surface

surface

surface

surface

surface

surface

surface

surface

surface

box

box

box

box

box

box

box

sphere

sphere

sphere

cylinder

cylinder

cylinder

cylinder

cone

cone

plane

plane

extrude

extrude

extrude

extrude

extrude

extrude

extrude

extrude

extrude

extrude

extrude

extrude

extrude

extrude

extrude

extrude

extrude

extrude

extrude

extrude

extrude

extrude

sweep

sweep

sweep