- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_Boy
-
Compute point on the surface at the given domain position.
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_Breather
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_Catalan
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_CatenoidHelicoid
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_Cliffordtorus
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_Cone
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_ConicType
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_Cylinder
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_DupinCycloid
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_Ellipsoid
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_EllipticParaboloid
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_Enneper
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_FootballBarrel
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_Fresnel1
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_Fresnel2
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_Henneberg
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_HyperbolicParaboloid
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_HyperboloidType
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_KleinBottle
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_KleinBottleUgly
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_Kuen
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_LowerHyperboloid
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_MoebiusStrip
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_OuterHyperboloid
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_PseudoSphere
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_Sievert
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_Sphere
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_SphereWithParams
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_StereographicSphere
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_Tannery
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_Torus
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_UpperHyperboloid
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurface_Zoll
-
- calc_f(PdVector, double, double) - Method in class vgp.surface.common.PgSurfaceDescr
-
Internal function called by eval(..) to compute function value.
- calcLinearGradient(PgElementSet, int, PdVector, PdVector) - Static method in class jvx.geom.PgUtil
-
Calculates the gradient of a linear scalar function whose values is given
at three vertices in an element.
- calcLinearGradient(PdVector, PdVector, PdVector, PdVector, PdVector) - Static method in class jvx.geom.PgUtil
-
Computes the gradient of a linear function defined by its values in 3 points in space.
- calcLinearGradientNonConforming(PgElementSet, int, PdVector, PdVector) - Static method in class jvx.geom.PgUtil
-
Calculates the gradient of a linear scalar function whose values is given
at three vertices in an element.
- calculateCurve() - Method in class vgp.curve.common.PjCurve
-
- calculateRepresentations() - Method in class vgp.vector.rungeKutta.PjRungeKutta
-
Calculates the representations of vectors at every vertex star.
- calculateVF() - Method in class jvx.vector.PwVectorField
-
Re-calculates the vector field.
- CAMERA - Static variable in interface jv.object.PsViewerIf
-
- CAMERA_MODEL - Static variable in interface jv.project.PvCameraIf
-
Misused camera type in display, simulates transformation of modeling matrix of geometry.
- CAMERA_MODEL - Static variable in interface jv.project.PvDisplayIf
-
Deprecated.
use corresponding instance of PvCameraIf
- CAMERA_NAME - Static variable in interface jv.project.PvCameraIf
-
Array of camera names.
- CAMERA_NAME - Static variable in interface jv.project.PvDisplayIf
-
Deprecated.
use PvCameraIf#CAMERA_NAME
- CAMERA_ORTHO_XY - Static variable in interface jv.project.PvCameraIf
-
Camera type and projection mode projecting orthogonally onto xy-plane.
- CAMERA_ORTHO_XY - Static variable in interface jv.project.PvDisplayIf
-
Deprecated.
use corresponding instance of PvCameraIf
- CAMERA_ORTHO_XZ - Static variable in interface jv.project.PvCameraIf
-
Camera type and projection mode projecting orthogonally onto xz-plane.
- CAMERA_ORTHO_XZ - Static variable in interface jv.project.PvDisplayIf
-
Deprecated.
use corresponding instance of PvCameraIf
- CAMERA_ORTHO_YZ - Static variable in interface jv.project.PvCameraIf
-
Camera type and projection mode projecting orthogonally onto yz-plane.
- CAMERA_ORTHO_YZ - Static variable in interface jv.project.PvDisplayIf
-
Deprecated.
use corresponding instance of PvCameraIf
- CAMERA_PERSPECTIVE - Static variable in interface jv.project.PvCameraIf
-
Camera type and projection mode allowing to arbitrary rotate camera.
- CAMERA_PERSPECTIVE - Static variable in interface jv.project.PvDisplayIf
-
Deprecated.
use corresponding instance of PvCameraIf
- cancel() - Method in class jvx.geom.PwExplode
-
Cancel operation of this workshop by resetting the assigned geometry,
and finally close this workshop.
- cancel() - Method in class jvx.geom.PwGeodesic
-
Cancels and closes the workshop (removing the computed geodesic from display).
- cancel() - Method in class jvx.geom.PwGeodesicFlow
-
Cancel operation of this workshop by resetting the assigned geometry,
and finally close this workshop.
- cancel() - Method in class jvx.geom.PwIntersectElementSet
-
Cancel operation of this workshop by resetting all modified geometries,
removing added geometries and finally closing this workshop.
- cancel() - Method in class jvx.geom.PwLocalButterfly
-
Reset geometry and close the Workshop.
- cancel() - Method in class jvx.geom.PwMarkWithSphere
-
- cancel() - Method in class jvx.geom.PwReeb
-
Cancel operation of this workshop by resetting the assigned geometry,
and finally close this workshop.
- cancel() - Method in class jvx.geom.PwSmooth
-
- cancel() - Method in class jvx.geom.PwUnfold
-
Stop any animation and restore the geometry to its original state.
- cancel() - Method in class jvx.project.PjWorkshop
-
Cancel operation of this workshop by resetting the assigned geometry,
and finally close this workshop.
- CANCEL - Static variable in class jvx.thirdParty.acmeGui.ButtonDialog
-
- cancel() - Method in class jvx.vector.PwIntegralLine
-
- cancel() - Method in class jvx.vector.PwIntegralLineSet
-
Removes previously comuted integral lines from display and invokes the same
method of super-class.
- cancel() - Method in class jvx.vector.PwIsoline
-
Cancel operation of this workshop by resetting the assigned geometry,
and finally close this workshop.
- cancel() - Method in class jvx.vector.PwScalarField
-
- cancel() - Method in class jvx.vector.PwSeeds
-
- cancel() - Method in class jvx.vector.PwVectorField
-
Removes all added features to get the original state and closes the workshop.
- CEIL - Static variable in class jv.thirdParty.expr.Expr
-
Unary operator.
- cellOperator(int) - Method in class jvx.cellular.PnCellOperator
-
Call the appointed operating rule for a given cell.
- center() - Method in interface jv.project.PvDisplayIf
-
Scale camera such that current geometries are centered in the display.
- center() - Method in class jv.viewer.PvDisplay
-
Center geometry in window, do no scaling
- centralSplit(PgElementSet, int) - Static method in class jvx.geom.PwCleanMesh
-
Split a single element of a PgElementSet into triangles by inserting a center vertex.
- centralSplitSelectedElements(PgElementSet) - Static method in class jvx.geom.PwCleanMesh
-
Split all selected elements by inserting center vertices.
- changeBarycentricOnEdge(PdBary, int, int) - Static method in class jvx.geom.PwBary
-
Switch to barycentric coordinates that represent same point on edge
wrt the other element adjacent to edge.
- changeBarycentricOnEdge(PgElementSet, PdBary, int) - Static method in class jvx.geom.PwBary
-
A given point in element e will be projected to an adjacent edge and its barycentric
coordinates in the neighbour triangle is returned.
- changeBarycentricOnEdge(PgElementSet, PdBaryDir, int) - Static method in class jvx.geom.PwBary
-
Changes the barycentric representation of a vector in an element with respect to
a neighbour element.
- changeEdgeSize(double) - Method in class vgp.tutor.sizeEdge.PjSizeEdge
-
Change size of each vertex slightly along its element vector.
- changeKey(int, double) - Method in class jvx.util.PuPriorityQueue
-
Changes the key assigned to an element and reorder the heap.
- changePolygonSize(double) - Method in class vgp.tutor.sizePolygon.PjSizePolygon
-
Change size of each vertex slightly along its element vector.
- changeValue(int, double, double) - Method in class jv.vecmath.PdVector
-
Change occurrence of value oldValue to newValue on first 'usedSize' positions
difference to method changeValue(double, double): sometime we use vectors where
only the first entries are used.
- changeValue(double, double) - Method in class jv.vecmath.PdVector
-
Change all occurrence of value oldValue to newValue
COMPARE: changeValue(int, double, double)
return number of changed positions
- changeValue(int, int, int) - Method in class jv.vecmath.PiVector
-
Change occurrence of value oldValue to newValue on first 'usedSize' positions
difference to method changeValue(int, int): sometime we use vectors where
only the first entries are used.
- changeValue(int, int) - Method in class jv.vecmath.PiVector
-
Change all occurrence of value oldValue to newValue
COMPARE: changeValue(int, int, int)
return number of changed positions
- changeVertexSize(double) - Method in class vgp.tutor.sizeVertex.PjSizeVertex
-
Change size of each vertex slightly along its element vector.
- checkManifold(PgElementSet, boolean) - Static method in class jvx.geom.PwCleanMesh
-
Check if a given element set is a 2D manifold.
- checkNeighbour() - Method in class jv.geom.PgElementSet
-
Deprecated.
use checkNeighbour(boolean) instead.
- checkNeighbour(boolean) - Method in class jv.geom.PgElementSet
-
Check correct neighbour connectivity.
- checkTriangleCut(int, PdVector) - Method in class jv.geom.PgPolygon
-
Given a simple closed, nearly planar polygon, then the function
tests whether three successive points of the polygon form
a triangle which can be cut off the polygon, i.e. the
triangle does not contain any other vertex of the polygon.
- christoffel(double, double) - Method in class vgp.surface.common.PgSurfaceDescr
-
- cIntegrate(int, PuComplex, PuComplex, PuComplex[], int) - Method in class vgp.minimal.weier.PgWeierstrass
-
Complex integration by Riemann-summation ("TrapezIntegral").
- circleThruPoints(PdVector, double, PdVector, PdVector, PdVector) - Static method in class jv.vecmath.PuVectorGeom
-
Compute circle through three given points.
- cleanMesh(PgElementSet, boolean, boolean, boolean, boolean, boolean, boolean, boolean) - Static method in class jvx.geom.PwCleanMesh
-
Cleans a given element set.
- clear() - Method in class jv.thirdParty.acmeEncoders.IntHashtable
-
Clears the hash table so that it has no more elements in it.
- clear() - Method in class jv.vecmath.PdMatrix
-
Set all entries to zero.
- clear() - Method in interface jv.vecmath.PdMatrixIf
-
Set all elements of the matrix to 0.
- clear() - Method in class jvx.cellular.PnCellOperator
-
Set all elements to state "0".
- clear() - Method in class jvx.numeric.PnSparseMatrix
-
Set all elements of the matrix to 0.
- clearBits(int, int) - Static method in class jv.object.PsUtil
-
- clearCenter() - Method in class jvx.vector.PwVectorField
-
Removes all feature centers that where added in this session.
- clearPopupMenu() - Method in interface jv.project.PvDisplayIf
-
Removes all added menu items from right-mouse popup menu,
except some standard JavaView items such as "exit".
- clearPopupMenu() - Method in class jv.viewer.PvDisplay
-
Removes all added menu items from right-mouse popup menu,
except some standard JavaView items such as "exit".
- clearRect(int, int, int, int) - Method in class jv.loader.PSGr
-
Clears the specified rectangle by filling it with the current background color
of the current drawing surface.
- clearRow(int) - Method in class jvx.numeric.PnSparseMatrix
-
Set all entries in specified row to 0.
- clearShape(int) - Method in class jv.geom.PgBndConstraint
-
Remove shape constraint.
- clearTag(int) - Method in class jv.object.PsObject
-
Unset tag of object.
- clearTag(int) - Method in class jv.vecmath.P_Vector
-
Clears a single bit.
- clearTagElement(int, int) - Method in class jv.geom.PgElementSet
-
Clear a single tag of a element.
- clearTagElement(int, int) - Method in class jv.project.PgGeometry
-
Method does nothing and may be overridden by subclasses.
- clearTagElement(int, int) - Method in interface jv.project.PgGeometryIf
-
Clear a single tag of an element.
- clearTagPolygon(int, int) - Method in class jv.geom.PgPolygonSet
-
Clear a single tag of a polygon.
- clearTagPolygon(int, int) - Method in class jv.project.PgGeometry
-
Method does nothing and may be overridden by subclasses.
- clearTagPolygon(int, int) - Method in interface jv.project.PgGeometryIf
-
Clear a single tag of a polygon.
- clearTagVector(int, int) - Method in class jv.geom.PgVectorField
-
Removes the given tag from a vector.
- clearTagVertex(int, int) - Method in class jv.geom.PgPointSet
-
Clear a single tag of a vertex.
- clearTagVertex(int, int) - Method in class jv.project.PgGeometry
-
Method does nothing and may be overridden by subclasses.
- clearTagVertex(int, int) - Method in interface jv.project.PgGeometryIf
-
Clear a single tag of a vertex.
- clearTagVertex(int, int) - Method in class jv.project.PgJvxSrc
-
Clear a single tag of a vertex.
- clipAtFunction() - Method in class jvx.geom.PwClip
-
Cut all elements of the workshop's geometry at the level value.
- clipAtFunction(double) - Method in class jvx.geom.PwClip
-
Cut all elements of the workshop's geometry at the given level value.
- clipAtFunction(boolean) - Method in class jvx.geom.PwIntersectWithFunction
-
Clip the workshop's geometry at the level function.
- clipAtPdVector(boolean) - Method in class jvx.geom.PwIntersectWithFunction
-
Clip the workshop's geometry at level in scalar data.
- clipRect(int, int, int, int) - Method in class jv.loader.PSGr
-
- clone() - Method in class jv.function.PuFunction
-
Duplicate a function object by recursively cloning all instance variables.
- clone() - Method in class jv.geom.PgBndConstraint
-
Duplicate geometry by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class jv.geom.PgBndPolygon
-
Duplicate geometry by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class jv.geom.PgEdgeStar
-
Clone object and all instance variables.
- clone() - Method in class jv.geom.PgElementSet
-
Duplicate geometry by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class jv.geom.PgPointSet
-
Duplicate geometry by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class jv.geom.PgPolygon
-
Duplicate geometry by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class jv.geom.PgPolygonSet
-
Duplicate geometry by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class jv.geom.PgTexture
-
Duplicate texture by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class jv.geom.PgVectorField
-
Duplicate geometry by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- CLONE - Static variable in class jv.loader.PSGr
-
- clone() - Method in class jv.number.PdColor
-
Duplicate color and data array.
- clone(String[][]) - Static method in class jv.number.PuString
-
Duplicate array and all entries by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone(PsObject[][]) - Static method in class jv.object.PsObject
-
Duplicate array and all entries by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone(PsObject[]) - Static method in class jv.object.PsObject
-
Duplicate array and all entries by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class jv.object.PsObject
-
Duplicate geometry by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class jv.objectGui.PsMethodMenu
-
Duplicate menu by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class jv.project.PgGeometry
-
Duplicate geometry by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in interface jv.project.PgGeometryIf
-
Duplicate geometry by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class jv.project.PgJvxSrc
-
Duplicate geometry by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class jv.rsrc.PsAuthorInfo
-
Duplicate object by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class jv.rsrc.PsGeometryInfo
-
Duplicate object by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class jv.thirdParty.acmeEncoders.IntHashtable
-
Creates a clone of the hashtable.
- clone(P_Vector[][]) - Static method in class jv.vecmath.P_Vector
-
Duplicate array and all entries by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone(P_Vector[]) - Static method in class jv.vecmath.P_Vector
-
Duplicate array and all entries by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class jv.vecmath.PbVector
-
Clone object and all instance variables.
- clone() - Method in class jv.vecmath.PcMatrix
-
Duplicate matrix and data array.
- clone() - Method in class jv.vecmath.PdBary
-
Clone object and all instance variables.
- clone() - Method in class jv.vecmath.PdBaryDir
-
Clone object and all instance variables.
- clone() - Method in class jv.vecmath.PdMatrix
-
Duplicate matrix and data array.
- clone() - Method in class jv.vecmath.PdVector
-
Clone object and all instance variables.
- clone() - Method in class jv.vecmath.PiVector
-
Clone object and all instance variables.
- clone() - Method in class jv.viewer.PvLight
-
Duplicate geometry by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class jvx.curve.PgTube
-
Duplicate geometry by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class jvx.geom.PgPointSetOnElementSet
-
Duplicate geometry by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class jvx.geom.PgPointSetOnPolygon
-
Duplicate geometry by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class jvx.geom.PgPolygonOnElementSet
-
Duplicate geometry by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class jvx.geom.PgPolygonSetOnElementSet
-
Duplicate geometry by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class jvx.rsrc.PsModelInfo
-
Duplicate object by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class jvx.surface.PgDomain
-
Duplicate geometry by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class jvx.surface.PgDomainDescr
-
Duplicate geometry by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class jvx.surface.PgGraph
-
Duplicate geometry by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class jvx.surface.PgParmSurface
-
Duplicate geometry by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class jvx.surface.PgSurfaceGraph
-
Duplicate geometry by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class jvx.surface.PgSurfaceOfRotation
-
Duplicate geometry by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class jvx.util.PuPriorityQueue
-
Create a copy of the heap.
- clone() - Method in class vgp.discrete.lantern.PgLantern
-
Duplicate geometry by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class vgp.discrete.maxPrinciple.PgMaxPrinciple
-
Duplicate geometry by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class vgp.minimal.catenoid.PgCatenoid
-
Duplicate geometry by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class vgp.minimal.helicoid.PgHelicoid
-
Duplicate geometry by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class vgp.surface.common.PgSurface
-
Duplicate geometry by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- clone() - Method in class vgp.surface.common.PgSurfaceDescr
-
Duplicate geometry by recursively cloning all instance variables
except inspector panels and lists of registered listeners.
- close() - Method in class jv.geom.PgElementSet
-
Identify and remove all interior boundaries of a geometry, and compress vertex array.
- close() - Method in class jvx.cellular.PnCellOperator
-
Remove pick focus and update from cell operator, reset elementSet's colors to
global element color and destroy dialog window.
- close() - Method in class jvx.cellular.PnMinesweeper
-
Remove pick focus and update from minesweeper, reset elementSet's colors to
previous state.
- close() - Method in class jvx.cellular.PwSnake
-
Remove key listener from display, reset elementSet
to state before starting the game, and destroy dialog window.
- close() - Method in class jvx.geom.PwBoundary
-
Close workshop and remove itself as listener from various classes.
- close() - Method in class jvx.geom.PwEvolve
-
Close this workshop, and here, stop and remove any animation.
- close() - Method in class jvx.geom.PwExplode
-
Stop animation and close the workshop.
- close() - Method in class jvx.geom.PwGeodesic
-
Has to be called to remove workshop from element set as update listener and to remove polygon from display.
- close() - Method in class jvx.geom.PwHistogram
-
Close workshop and remove workshop from geometry as update listener.
- close() - Method in class jvx.geom.PwIdentify
-
Close workshop and remove itself as listener from various classes.
- close() - Method in class jvx.geom.PwMarkWithSphere
-
- close() - Method in class jvx.geom.PwNoise
-
Close workshop and remove workshop from geometry as update listener.
- close() - Method in class jvx.geom.PwRefineElementSet
-
Remove all internal variables and break external links.
- close() - Method in class jvx.geom.PwRefinePolygon
-
Remove the control polygon from the display and destroy this workshop.
- close() - Method in class jvx.geom.PwSimplify
-
Remove all internal variables and break external links.
- close() - Method in class jvx.geom.PwTransform
-
Close workshop and remove itself as listener from various classes.
- close() - Method in class jvx.project.PjWorkshop
-
Close workshop and remove itself as listener from various classes.
- close() - Method in class jvx.vector.PwHodge
-
Removes geometry and displays from workshop, and closes super workshop.
- close() - Method in class jvx.vector.PwIntegralLine
-
Call this method to shutdown the workshop.
- close() - Method in class jvx.vector.PwLIC
-
Call this method to shutdown the workshop.
- close() - Method in class jvx.vector.PwVectorField
-
Close workshop and remove itself as listener from various classes.
- close() - Method in class vgp.minimal.weier.PgWeierstrass
-
Connectivity of the surface must be generated anew before call of PgElementSet.close().
- closeHoles(PgElementSet) - Static method in class jvx.geom.PwCleanMesh
-
Close all holes in a geometry by the triangles that are
generated by the triangulation of boundary polygons.
- CMPLX - Static variable in class jv.thirdParty.expr.Expr
-
Complex real component, same for real numbers (kp)
- cmyk2rgb(int, int, int, int) - Static method in class jv.number.PdColor
-
Convert a set of (cyan, magenta, yellow, black) to RGB color.
- COARSEN_CHAIKIN - Static variable in class jvx.geom.PwRefinePolygon
-
- COARSEN_DFH - Static variable in class jvx.geom.PwRefinePolygon
-
- COARSEN_DLG - Static variable in class jvx.geom.PwRefinePolygon
-
- COARSEN_LINEAR - Static variable in class jvx.geom.PwRefinePolygon
-
- coarsenChaikin(PgPolygon) - Static method in class jvx.geom.PwRefinePolygon
-
Coarsen a PgPolygon global by a reversed Chaikin algorithm.
- coarsenChaikin(PgPolygonSet) - Static method in class jvx.geom.PwRefinePolygon
-
Coarsen a PgPolygonSet global by a reversed Chaikin algorithm.
- coarsenDFH(PgPolygon) - Static method in class jvx.geom.PwRefinePolygon
-
Coarsen a PgPolygon global by a reversed DFH algorithm.
- coarsenDFH(PgPolygonSet) - Static method in class jvx.geom.PwRefinePolygon
-
Coarsen a PgPolygonSet global by a reversed Chaikin algorithm.
- coarsenDLG(PgPolygon) - Static method in class jvx.geom.PwRefinePolygon
-
Coarsen a PgPolygon by removing every second vertex.
- coarsenDLG(PgPolygonSet) - Static method in class jvx.geom.PwRefinePolygon
-
Coarsen a PgPolygonSet by removing every second vertex.
- coarsenLinear(PgPolygon) - Static method in class jvx.geom.PwRefinePolygon
-
Coarsen a PgPolygon by removing every second vertex.
- coarsenLinear(PgPolygonSet) - Static method in class jvx.geom.PwRefinePolygon
-
Coarsen a PgPolygonSet by removing every second vertex.
- collapseEdge(PgElementSet, int, int) - Static method in class jvx.geom.PwCleanMesh
-
Collapse a single edge in a PgElementSet.
- collapseEdges(PgElementSet, double) - Static method in class jvx.geom.PwCleanMesh
-
Collapse all edges which are shorter than PuMath.EPS.
- collapseEdgesBetweenSelectedElements(PgElementSet) - Static method in class jvx.geom.PwCleanMesh
-
Collapse edges between pairs of selected elements - elements will be unselected,
so no element will be collapsed at more than one edge.
- COLOR_INDEX - Static variable in class vgp.tutor.sizeEdge.PjSizeEdge
-
Individual edge color is computed from edge index.
- COLOR_SIZE - Static variable in class vgp.tutor.sizeEdge.PjSizeEdge
-
Individual edge color is computed from edge size.
- COLOR_TABLE - Static variable in class jvx.geom.PwBlocks
-
Used block colors, average pixel values of block texture
- colorMap(double) - Static method in class jvx.geom.PwSmooth
-
Maps (0,1) onto a Color, starting from white to red.
- colorMap(double) - Static method in class jvx.vector.PwScalarField
-
Maps (0,1) onto a Color, starting from white to red.
- colorMapGray(double) - Static method in class jvx.geom.PwSmooth
-
Maps (0,1) onto a Color using only gray levels.
- colorMapGray(double) - Static method in class jvx.vector.PwScalarField
-
Maps (0,1) onto a Color using only gray levels.
- colorTextureFromScalarField(PgElementSet, Color, Color, Color, double, double, PdVector[]) - Static method in class jvx.vector.PwRotDiv
-
Surface must have element textures.
- commonInitials(String, String) - Static method in class jv.number.PuString
-
Returns the length of the initial segment of str1 that equals str2.
- compactTexture(PdVector[][]) - Static method in class jvx.geom.PgUtil
-
Translate texture coordinates of each element by an integer vector, such that the texture
coordinates are close to 0.
- compare(int, int) - Method in class jvx.geom.PnTree
-
Compare tree positions of two elements in PgPointSet #0.
- compare(int, int, int, int) - Method in class jvx.geom.PnTree
-
Compare tree positions of two elements in different PgPointSets.
- componentAdded(ContainerEvent) - Method in class jv.object.PsDialog
-
This function is called whenever a Component or a Container is added to
another Container belonging to this Dialog.
- componentAdded(ContainerEvent) - Method in class jvx.geom.PwEnergy_IP
-
- componentAdded(ContainerEvent) - Method in class vgp.discrete.harmonic.PjHarmonic_IP
-
- componentHidden(ComponentEvent) - Method in class vgp.iterate.juliaSet.PjJuliaSet
-
Invoked when component has been hidden.
- componentHidden(ComponentEvent) - Method in class vgp.iterate.juliaSet.PjJuliaSet
-
Invoked when component has been hidden.
- componentMoved(ComponentEvent) - Method in class vgp.iterate.juliaSet.PjJuliaSet
-
Invoked when component has been moved.
- componentMoved(ComponentEvent) - Method in class vgp.iterate.juliaSet.PjJuliaSet
-
Invoked when component has been moved.
- componentRemoved(ContainerEvent) - Method in class jv.object.PsDialog
-
This function is called whenever a Component or a Container is removed from
another Container belonging to this Dialog.
- componentRemoved(ContainerEvent) - Method in class jvx.geom.PwEnergy_IP
-
- componentRemoved(ContainerEvent) - Method in class vgp.discrete.harmonic.PjHarmonic_IP
-
- componentResized(ComponentEvent) - Method in class vgp.iterate.juliaSet.PjJuliaSet
-
When component has been resized all images must be resized.
- componentResized(ComponentEvent) - Method in class vgp.iterate.juliaSet.PjJuliaSet
-
When component has been resized all images must be resized.
- componentShown(ComponentEvent) - Method in class vgp.iterate.juliaSet.PjJuliaSet
-
Invoked when component has been shown.
- componentShown(ComponentEvent) - Method in class vgp.iterate.juliaSet.PjJuliaSet
-
Invoked when component has been shown.
- compress() - Method in class jvx.numeric.PnSparseMatrix
-
Compress this stiff matrix that only values not equal zero remain.
- compute() - Method in class jvx.cellular.PnCellOperator
-
For all cells call cell operating method.
- compute() - Method in class jvx.geom.PwEvolve
-
Evolve geometry in direction of the currently active evolution type.
- compute() - Method in class jvx.geom.PwModel
-
Update the registered geometry based on the currently selected solid type.
- compute() - Method in class jvx.geom.PwPlatonic
-
Update the registered geometry based on the currently selected solid type.
- compute(PgPointSet, boolean) - Method in class jvx.geom.PwTransform
-
Perform all functional evaluations on vertex set of geometry.
- compute() - Method in class jvx.surface.PgDomain
-
Compute the coordinates and connectivity of this planar rectangle.
- compute() - Method in class jvx.surface.PgGraph
-
Perform all computations to update graph.
- compute() - Method in class jvx.surface.PgParmSurface
-
Perform all computations of surface.
- compute(PuFunction) - Method in class jvx.surface.PgSurfaceGraph
-
Sets the surface vertices to the values of the given function object.
- compute() - Method in class jvx.surface.PgSurfaceGraph
-
Recompute graph vertices after domain or surface have changed.
- compute() - Method in class jvx.surface.PgSurfaceOfRotation
-
Calculate the surface vertices based on the generating meridian.
- compute(double) - Method in class vgp.curve.deCasteljau.PjDeCasteljau
-
Evaluate Bezier curve at given argument value.
- compute() - Method in class vgp.curve.elastic.PjElasticCurve
-
- compute() - Method in class vgp.discrete.ellipse.PjEllipse
-
- compute() - Method in class vgp.discrete.platonic.PjPlatonic
-
Invoke computation of a platonic solid.
- compute() - Method in class vgp.tutor.sizeEdge.PjSizeEdge
-
Create element edges with initial thickness and the rate of chance.
- compute() - Method in class vgp.tutor.sizePolygon.PjSizePolygon
-
Create polygons with initial thickness and the rate of chance.
- compute() - Method in class vgp.tutor.sizeVertex.PjSizeVertex
-
Initialize individual vertex sizes and the rate of chance.
- computeAnimation(double) - Method in class vgp.tutor.firstProject.MySurface
-
Compute new surface depending on parameter which varies in time.
- computeAssociate(double) - Method in class vgp.discrete.harmonic.PgSurfacePair
-
Compute associate family by interpolating between surface and dual.
- computeBand(PdVector, PdVector[]) - Method in class jvx.numeric.PnBandEigenSolver
-
Compute band of the spectrum.
- computeBillard(double, double, PdVector, PdVector, int, PgPolygon) - Static method in class vgp.discrete.ellipse.PjEllipse
-
- computeCircle(int, double) - Method in class jv.geom.PgPolygon
-
Compute circle centered at origin in xy-plane with given radius including vertex normals.
- computeColor(PgGeometryIf) - Method in class vgp.tutor.height.PjHeight
-
Compute color of surface and vertices depending on current color criteria.
- computeColors(int[], int[], int, int, int) - Method in class vgp.iterate.juliaSet.PjJuliaSet
-
Compute color array from an array of scalar integer values.
- computeColors(int[], int[], int, int, int) - Method in class vgp.iterate.juliaSet.PjJuliaSet
-
Compute color array from an array of scalar integer values.
- computeCone(int, int, double, double) - Method in class jv.geom.PgElementSet
-
Generate cone in z-direction centered at the origin with given bottom radius and height.
- computeCone(int, int, double, double) - Method in class jv.geom.PgPointSet
-
Generate cone in z-direction centered at the origin with given bottom radius and height.
- computeConnectivityComponents(PgElementSet, PiVector) - Static method in class jvx.geom.PwCleanMesh
-
Compute the connectivity components of a surface.
- computeCurvature(PgPolygon, PdVector, boolean) - Static method in class jvx.geom.PnPolygon
-
Computes the curvature of the given polygon.
- computeCurvature(PgPolygon, PdVector, double) - Static method in class jvx.geom.PnPolygon
-
Computes the curvature of the given polygon.
- computeCurvatureVectors(PgPolygon, PdVector[]) - Static method in class jvx.geom.PnPolygon
-
Computes the curvature vectors for a polygon.
- computeCurve() - Method in class jvx.curve.PgFunction
-
- computeCurve() - Method in class jvx.curve.PgParmCurve
-
Evaluate the parameter functions and compute a curve.
- computeCylinder(int, int, double, double) - Method in class jv.geom.PgElementSet
-
Generate cylinder in z-direction centered at the origin with given radius and length.
- computeCylinder(int, int, double, double) - Method in class jv.geom.PgPointSet
-
Generate cylinder in z-direction centered at the origin with given radius and length.
- computeDisk(int, int, double) - Method in class jv.geom.PgElementSet
-
Generate disk in xy-plane with given radius.
- computeDisk(int, int, double) - Method in class jv.geom.PgPointSet
-
Generate disk in xy-plane with given radius.
- computeEdgeLengths(PgPolygon, PdVector) - Static method in class jvx.geom.PnPolygon
-
Computes the lengths of edges and stores them in the output array es.
- computeEigenpairs(PdVector, PdVector[], int) - Method in class jvx.numeric.PnLanczos
-
Compute spectrum of incomplete tridiagonalization T.
- computeEigenpairs(PdVector, PdVector[], int, int, int) - Method in class jvx.numeric.PnLanczos
-
Compute spectrum of incomplete tridiagonalization T.
- computeEigenvectors() - Method in class jvx.numeric.PnEnergyMinimizer
-
Compute eigenvectors either of Hessian or of an L2-corrected Hessian.
- computeEigenvectors(PdMatrix, int, PdVector, PdVector[]) - Static method in class jvx.numeric.PnJacobi
-
Compute eigenvectors and eigenvalues of a given matrix and store in result vectors.
- computeEight(int) - Method in class jv.geom.PgPolygon
-
Compute figure eight in xy-plane with given radius including vertex normals.
- computeElementNormal(PgElementSet, int) - Static method in class jvx.geom.PwCleanMesh
-
Compute an element normal anew.
- computeElementNormal(PdVector[]) - Static method in class jvx.geom.PwCleanMesh
-
Compute normal of an element, given by its vertices in cyclic orer.
- computeEllipse(double, double, int, PgPolygon) - Static method in class vgp.discrete.ellipse.PjEllipse
-
- computeFrenetFrame(PgPolygon, PgFrame[]) - Static method in class jvx.geom.PnPolygon
-
Computes the Frenet frame for a given polygon.
- computeFrenetFrame(PgPolygon) - Static method in class jvx.geom.PnPolygon
-
Adds a Frenet frame as two vector fields to the polygon.
- computeGeometry() - Method in class vgp.volume.mc.PjMarchingCubes
-
Starts the marching cubes algorithm and actualizes the isosurface.
- computeGradient(PgElementSet, PgPointSet) - Method in class jv.geom.PgVectorField
-
Compute vector field as gradient of a map from domain triangulation to R.
- computeGradient(PgElementSet, PgPointSet, int) - Method in class jv.geom.PgVectorField
-
Compute vector field as the gradient (of one coordinate) of a map from
a domain triangulation to R^n.
- computeGradient(PgElementSet, PdVector[], int) - Method in class jv.geom.PgVectorField
-
Compute vector field as the gradient (of one coordinate) of a map from
a domain triangulation to R^n.
- computeGradient(PgElementSet, PdVector) - Method in class jv.geom.PgVectorField
-
Compute vector field as the gradient of a map from a domain triangulation to R.
- computeGradient(PgVectorField) - Method in class jvx.vector.PwScalarField
-
Method computes the gradient of the actual scalar field.
- computeGraph() - Method in class vgp.tutor.rootFinder.PjRootFinder
-
Compute planar graph of function expression.
- computeImageJulia(PvDisplayIf, double, double, double, double) - Method in class vgp.iterate.juliaSet.PjJuliaSet
-
Compute a Julia set in the given rectangle in the complex plane
and updates the corresponding images.
- computeImageJulia(PvDisplayIf, double, double, double, double) - Method in class vgp.iterate.juliaSet.PjJuliaSet
-
Compute a Julia set in the given rectangle in the complex plane
and updates the corresponding images.
- computeImageMandelbrot(PvDisplayIf, double, double, double, double) - Method in class vgp.iterate.juliaSet.PjJuliaSet
-
Compute a Mandelbrot set in the given rectangle in the complex plane
and updates the corresponding images.
- computeImageMandelbrot(PvDisplayIf, double, double, double, double) - Method in class vgp.iterate.juliaSet.PjJuliaSet
-
Compute a Mandelbrot set in the given rectangle in the complex plane
and updates the corresponding images.
- computeIntegralCurve(int, PdBary, double, int) - Method in class vgp.vector.rungeKutta.PjRungeKutta
-
Computes the integral curve with initial values internally given.
- computeIntegralLine(PgElementSet, int, int, PdBary, int, double, boolean, PgPolygon) - Method in class jvx.vector.PwIntegralLine
-
- computeIntegralLine(PgElementSet, int, int, PdBary, int, double, boolean, PgPolygon, boolean) - Method in class jvx.vector.PwIntegralLine
-
- computeJulia(int[], int, int, int, double, double, double, double, int, PuComplex) - Method in class vgp.iterate.juliaSet.PjJuliaSet
-
Compute a Julia set in the given rectangle in the complex plane.
- computeJulia(int[], int, int, int, double, double, double, double, int, PuComplex) - Method in class vgp.iterate.juliaSet.PjJuliaSet
-
Compute a Julia set in the given rectangle in the complex plane.
- computeLambda(PdBary, PdBaryDir) - Static method in class jvx.geom.PwBary
-
Computes the smallest positive solution of 'pos + lambda*dir lies on boundary' for lambda.
- computeLines() - Method in class vgp.tutor.polygonSet.PjPolygonSet
-
- computeLines() - Method in class vgp.tutor.subdivision.PjSubdivision
-
- computeMandelbrot(int[], int, int, int, double, double, double, double, int) - Method in class vgp.iterate.juliaSet.PjJuliaSet
-
Compute a Mandelbrot set in the given rectangle in the complex plane.
- computeMandelbrot(int[], int, int, int, double, double, double, double, int) - Method in class vgp.iterate.juliaSet.PjJuliaSet
-
Compute a Mandelbrot set in the given rectangle in the complex plane.
- computeNGon(int, PgPolygon) - Method in class vgp.curve.closedpoly.PjClosedPoly
-
- computeNormalCurvature() - Method in class jvx.geom.PgPolygonOnElementSet
-
Compute the normal curvature of a surface mesh along a curve on the mesh.
- computeNormalizedHessian(PdMatrix, PdMatrix) - Method in class jvx.numeric.PnEnergy
-
Compute L2 normalized hessian.
- computeNormals(PgPolygonOnElementSet, PdBaryDir[], PiVector) - Static method in class jvx.geom.PwBary
-
TODO: DOES NOT WORK WITH CLOSED POLYGONS YET!
- computeParallelFrame(PgPolygon, PgFrame[]) - Static method in class jvx.geom.PnPolygon
-
Computes a parallel moving frame for the given polygon with 'random' initial frame.
- computeParallelFrame(PgPolygon) - Static method in class jvx.geom.PnPolygon
-
Adds a parallel frame as two vector fields to the polygon.
- computePart(PgWeierstrassDescr, PiVector, int, PuComplex[]) - Method in class vgp.minimal.weier.PgWeierstrass
-
Compute 3d-data Re & Im in a part by complex integration.
- computePartReflection(int) - Method in class vgp.minimal.weier.PgWeierstrass
-
Get 3d-data Re & Im from an other part by reflection.
- computePlane(int, int, double, double, double, double) - Method in class jv.geom.PgElementSet
-
Generate rectangle in z=0 plane with given min/max values.
- computePlane(int, int, double, double, double, double) - Method in class jv.geom.PgPointSet
-
Generate rectangle in z=0 plane with given min/max values.
- computeProduct() - Method in class vgp.tutor.slider.PjSlider
-
Compute product of values of the two sliders.
- computeRandomVectorField() - Method in class vgp.vector.rungeKutta.PjRungeKutta
-
Calculates (pseudo) random vector field.
- computeReebGraph() - Method in class jvx.geom.PwReeb
-
Compute the Reeb graph using the actual function.
- computeResult(int) - Method in class vgp.tutor.linear.PjLinear
-
Perform vector arithmetic on two argument vectors to compute the result vector.
- computeRotation(PgPolygon, int) - Method in class jv.geom.PgElementSet
-
Generate rotational symmetric surface from given meridian around x-axis.
- computeRotation(PgPolygon, int) - Method in class jv.geom.PgPointSet
-
Generate rotational symmetric surface from given meridian around x-axis.
- computeScalar() - Method in class jvx.vector.PwScalarField
-
Compute color of surface and vertices depending on current color criteria.
- computeScalar(PgElementSet, int) - Method in class jvx.vector.PwScalarField
-
Compute color of surface and vertices depending on current color criteria.
- computeSnail(int, int, double) - Method in class jv.geom.PgElementSet
-
Generate a winding snail.
- computeSnail(int, int, double) - Method in class jv.geom.PgPointSet
-
Generate a winding snail.
- computeSphere(int, int, double) - Method in class jv.geom.PgElementSet
-
Generate sphere with given radius.
- computeSphere(int, int, double) - Method in class jv.geom.PgPointSet
-
Generate sphere at origin with given radius.
- computeSubdivisionCurve(PgElementSet, PiVector, PdBary[], int, PgPolygonOnElementSet, boolean) - Static method in class vgp.curve.subdivision.PjSubdivisionCurve
-
Chaikin-Type subdivision.
- computeSurface() - Method in class jvx.surface.PgDomain
-
Deprecated.
since JavaView 3.50.003, use compute().
- computeSurface() - Method in class jvx.surface.PgGenusSurface
-
Compute surface with the actual settings.
- computeSurface() - Method in class jvx.surface.PgParmSurface
-
Deprecated.
since JavaView 3.50.003, use compute().
- computeSurface() - Method in class vgp.discrete.maxPrinciple.PgMaxPrinciple
-
Compute surface based on two slider values.
- computeSurface(int, int) - Method in class vgp.minimal.catenoid.PgCatenoid
-
- computeSurface(int, int) - Method in class vgp.minimal.helicoid.PgHelicoid
-
- computeSurface(PgWeierstrassDescr) - Method in class vgp.minimal.weier.PgWeierstrass
-
Copy 3d-data Re & Im from Re & Im in the parts of the surface.
- computeSurface(PgWeierstrassDescr, PiVector) - Method in class vgp.minimal.weier.PgWeierstrass
-
Copy 3d-data Re & Im from Re & Im data in the patches of the surface.
- computeSurface() - Method in class vgp.surface.common.PgSurface
-
Recompute surface using current descriptor.
- computeSurface(int, int) - Method in class vgp.tutor.firstProject.MySurface
-
Compute static surface with given discretization.
- computeTextureAreas(PgElementSet) - Static method in class jvx.geom.PgUtil
-
Compute area of all triangles in texture space.
- computeTextureSize() - Method in class jvx.vector.PwLIC
-
Called from info panel.
- computeTorus(int, int, double, double) - Method in class jv.geom.PgElementSet
-
Generate torus in x-y plane with given radius of soal and thickness of tube.
- computeTorus(int, int, double, double) - Method in class jv.geom.PgPointSet
-
Generate torus in x-y plane with given radius of soal and thickness of tube.
- computeTube() - Method in class jvx.curve.PgTube
-
Recompute the tube after configuration parameters of the tube
have been changed.
- computeVectorfield() - Method in class vgp.tutor.vectorField.PjVectorField
-
- computeVertices() - Method in class jvx.curve.PgBezierCurve
-
- computeVertices() - Method in class jvx.geom.PgPointSetOnElementSet
-
Compute all geometric vertex positions on the base surface from barycentric coordinates.
- computeVertices() - Method in class jvx.geom.PgPointSetOnPolygon
-
Compute all geometric vertex positions on the base surface from barycentric coordinates.
- computeVertices() - Method in class jvx.geom.PgPolygonOnElementSet
-
Compute all geometric vertex positions on the base surface from barycentric coordinates.
- computeVertices() - Method in class jvx.geom.PgPolygonSetOnElementSet
-
Compute all geometric vertex positions on the base surface from barycentric coordinates.
- computeVertices(PgPolygonSet, double[], int[]) - Method in class vgp.curve.zigzag.PjZigZag
-
Computes the vertices of the ZigZag with the given parameters.
- computeVertices(PgWeierstrassDescr) - Method in class vgp.minimal.weier.PgWeierstrass
-
Compute 3d-points of the surface from Re & Im data.
- computeWay() - Method in class jvx.geom.PwGeodesic
-
Initiates re-calculation of geodesic.
- computeXRotation(PgPolygon, int, PgElementSet) - Method in class vgp.discrete.ellipse.PjEllipse
-
- computeZigZag() - Method in class vgp.curve.zigzag.PjZigZag
-
Computes the ZigZag construction depending on the given prameters: angles, lengths and number of lines.
- concat(PdVector) - Method in class jv.vecmath.PdVector
-
Concatenates another PdVector to the end of this vector.
- concat(PiVector) - Method in class jv.vecmath.PiVector
-
Concatenates another PiVector to the end of this vector.
- concatMatrices(PnSparseMatrix, PnSparseMatrix, PnSparseMatrix, PnSparseMatrix) - Method in class jvx.numeric.PnSparseMatrix
-
Concatenates 4 matrices to a bigger one of the form
this = ((ma, mb), (mc, md)).
- concatNew(PiVector, PiVector) - Static method in class jv.vecmath.PiVector
-
Concatenate two PiVectors into one new PiVector.
- CONFIG - Static variable in class jv.object.PsPanel
-
Name of default control panel under which panel is registered in panel list.
- CONFIG - Static variable in interface jv.object.PsViewerIf
-
- CONFIG_EXT - Static variable in class jv.object.PsPanel
-
File name suffix of control panel class to name of base class.
- configure(PvDisplayIf) - Method in class jv.loader.PvDisplayOption
-
Configure the given display with data from this option class.
- configure(PdVector[], PdVector) - Method in class jv.thirdParty.ruler.PgAxes
-
Assign new camera viewing direction and scene bounding box,
and, if autoHashing is enabled, recompute hashing units.
- configure(PvDisplayIf) - Method in class jv.viewer.PvDisplay
-
Configure an empty given display with all settings
and geometries of this display.
- CONFIRM_CANCEL - Static variable in class jv.loader.PjImportModel
-
Confirmation id determines return status of an import model dialog.
- CONFIRM_CLICKED - Static variable in class jv.loader.PjImportModel
-
Confirmation id determines return status of an import model dialog.
- CONFIRM_OK - Static variable in class jv.loader.PjImportModel
-
Confirmation id determines return status of an import model dialog.
- CONFORMAL - Static variable in class jvx.numeric.PnEnergyMinimizer
-
- conj(PuComplex) - Static method in class jv.number.PuComplex
-
w = re(u) - i*im(u)
- conj() - Method in class jv.number.PuComplex
-
u = re(this) - i*im(this)
- CONJ - Static variable in class jv.thirdParty.expr.Expr
-
Complex conjugate, identity for real numbers.
- conjugate(PgElementSet, PgElementSet, PgElementSet) - Static method in class jvx.geom.PnConjugate
-
Compute the conjugate surface of 'surf' and store it in 'conj'
This conjugation algorithm rotates every element by 90 degrees
todo: and needs no domain metric.
- conjugate() - Method in class vgp.discrete.harmonic.PgSurfacePair
-
- conjugateToFull(PgElementSet, PgElementSet, PgElementSet) - Static method in class jvx.geom.PnConjugate
-
Compute the conjugate surface of 'surf' and store it in 'conj'
This conjugation algorithm rotates every element by 90 degrees
todo: and needs no domain metric.
- conjugateToFull() - Method in class vgp.discrete.harmonic.PgSurfacePair
-
- connectPart(int, int, int, int) - Method in class vgp.minimal.weier.PgWeierstrassDescr
-
Appoint boundaries of parts to be glued together.
- connectReflection(PiVector, int) - Method in class vgp.minimal.weier.PgWeierstrass_Cameloid
-
Define flag to glue reflection polygons.
- connectReflection(PiVector, int) - Method in class vgp.minimal.weier.PgWeierstrass_CatSplit
-
Define flag to glue reflection polygons.
- connectReflection(PiVector, int) - Method in class vgp.minimal.weier.PgWeierstrass_ChenGackstatter
-
Define flag to glue reflection polygons.
- connectReflection(PiVector, int) - Method in class vgp.minimal.weier.PgWeierstrass_Costa
-
Define flag to glue reflection polygons.
- connectReflection(PiVector, int) - Method in class vgp.minimal.weier.PgWeierstrass_Costa2
-
Define flag to glue reflection polygons.
- connectReflection(PiVector, int) - Method in class vgp.minimal.weier.PgWeierstrass_KNoid
-
Flag to glue reflection polygons.
- connectReflection(PiVector, int) - Method in class vgp.minimal.weier.PgWeierstrass_KNoid2
-
Flag to glue reflection polygons.
- connectReflection(PiVector, int) - Method in class vgp.minimal.weier.PgWeierstrass_Scherk
-
Flag to glue reflection polygons.
- connectReflection(PiVector, int) - Method in class vgp.minimal.weier.PgWeierstrass_ScherkDoubly
-
Flag to glue reflection polygons.
- connectReflection(PiVector, int) - Method in class vgp.minimal.weier.PgWeierstrass_SchwarzD
-
Flag to glue reflection polygons.
- connectReflection(PiVector, int) - Method in class vgp.minimal.weier.PgWeierstrass_SchwarzD2
-
Flag to glue reflection polygons.
- connectReflection(PiVector, int) - Method in class vgp.minimal.weier.PgWeierstrass_SchwarzP
-
Flag to glue reflection polygons.
- connectReflection(PiVector, int) - Method in class vgp.minimal.weier.PgWeierstrass_SchwarzP2
-
Flag to glue reflection polygons.
- connectReflection(int) - Method in class vgp.minimal.weier.PgWeierstrassDescr
-
Appoint, if a reflection shall be glued to it's original.
- connectReflection(PiVector, int) - Method in class vgp.minimal.weier.PgWeierstrassDescr
-
Appoint, if a reflection shall be glued to it's original.
- CONSERVATIVE - Static variable in class jvx.geom.PwMatching
-
One of the pre-matching types.
- conservativeMatching() - Method in class jvx.geom.PwMatching
-
Store matchings of triangles, that are encoded in the 0-th neighbours allready; unmatched
triangles are tried to match by greedy matching afterwards, so that every unmatched triangle
will have matched neighbour triangles only.
- CONSOLE - Static variable in interface jv.object.PsViewerIf
-
- constrain() - Method in class jv.geom.PgBndPolygon
-
Project boundary vertices of element set onto curves determined by boundary constraints.
- contains(Object) - Method in class jv.thirdParty.acmeEncoders.IntHashtable
-
Returns true if the specified object is an element of the hashtable.
- contains(Variable) - Method in class jv.thirdParty.expr.Expr
-
Check if current expression uses the given variable.
- contains(int) - Method in class jv.vecmath.PiVector
-
Returns true if this PiVector contains 'aValue'.
- containsChars(String, char) - Static method in class jv.number.PuString
-
Returns the number of times the given character appears in the string.
- containsGeometry(PgGeometryIf) - Method in interface jv.project.PvDisplayIf
-
Check whether geometry is registered in display.
- containsGeometry(PgGeometryIf) - Method in class jv.viewer.PvDisplay
-
Check whether geometry is registered in display.
- containsGeometry(PgGeometryIf) - Method in class jv.viewer.PvScene
-
Checks whether geometry is registered in PvGeometry
- containsKey(int) - Method in class jv.thirdParty.acmeEncoders.IntHashtable
-
Returns true if the collection contains an element for the key.
- contentEndsWith(char) - Method in class jv.rsrc.PsXmlNode
-
Check if current content ends with the given string.
- CONTRIBUTOR - Static variable in class jv.object.PsConfig
-
Deprecated.
use method getContributors() to access list of contributors.
- CONTROL - Static variable in interface jv.object.PsViewerIf
-
- converged() - Method in class jvx.numeric.PnConjugateGradientMatrix
-
Returns whether the residual norm is within the tolerance.
- convert(PgPolygon) - Static method in class jv.geom.PgPolygonSet
-
Convert a PgPolygon into a PgPolygonSet.
- convertWorldToModel(PgGeometryIf, PdVector, PdVector, PdVector, PdVector) - Static method in class jv.project.PgGeometry
-
Convert 3D world coordinates into 3D model coordinates of current geometry
by multiplication of world coordinates with the inverse model matrix.
- COORD_ADJUST - Static variable in class jv.thirdParty.ruler.PgAxes
-
Indicates that axes adjusts to ambient transformation.
- COORD_AMBIENT - Static variable in class jv.thirdParty.ruler.PgAxes
-
Ambient coordinate system, not implemented yet.
- COORD_MODEL - Static variable in class jv.thirdParty.ruler.PgAxes
-
Modelling coordinate system.
- COORD_SCENE - Static variable in class jv.thirdParty.ruler.PgAxes
-
Scene respectively camera coordinate system.
- copy(PsObject) - Method in class jv.function.PuFunction
-
Copies data from given function object.
- copy(PsObject) - Method in class jv.geom.PgBndConstraint
-
Copy argument object into this object by recursively copying all
instance variables.
- copy(PsObject) - Method in class jv.geom.PgBndPolygon
-
Copies data from given boundary curve.
- copy(PiVector) - Method in class jv.geom.PgEdgeStar
-
Copy instance variables by duplication, not by copying a reference.
- copy(PsObject) - Method in class jv.geom.PgElementSet
-
Copy instance variables by duplication, not by copying a reference.
- copy(PsObject) - Method in class jv.geom.PgPointSet
-
Copy instance variables by duplication, not by copying a reference.
- copy(PsObject) - Method in class jv.geom.PgPolygon
-
Copy instance variables by duplication, not by copying a reference.
- copy(PsObject) - Method in class jv.geom.PgPolygonSet
-
Copy instance variables by duplication, not by copying a reference.
- copy(PgTexture) - Method in class jv.geom.PgTexture
-
Copy base instance variables and prepend "Copy of" to name
if identical to original object name.
- copy(PsObject) - Method in class jv.geom.PgVectorField
-
Copy instance variables by duplication, not by copying a reference.
- copy(PdColor) - Method in class jv.number.PdColor
-
Copy color components including alpha.
- copy(int[], int) - Method in class jv.number.PdColor
-
Copy color components excluding alpha.
- copy(double[], int) - Method in class jv.number.PdColor
-
Copy color components excluding alpha.
- copy(Color[], int, Color[], int, int) - Static method in class jv.number.PdColor
-
Assign some colors of a given array of colors to an existing destination array.
- copy(PdColor[], int, PdColor[], int, int) - Static method in class jv.number.PdColor
-
Copies some colors of a given array of colors into an existing destination array.
- copy(PuComplex) - Method in class jv.number.PuComplex
-
this = (v.re, v.im)
- copy(PuDouble) - Method in class jv.number.PuDouble
-
Copy all instance variables of argument source into 'this'.
- copy(PuInteger) - Method in class jv.number.PuInteger
-
Copy all instance variables of argument source into 'this'.
- copy(PsObject) - Method in class jv.object.PsObject
-
Copy the content of data instance variables from argument object to
this object.
- copy(PsObject) - Method in class jv.project.PgGeometry
-
Copy argument object into this object by recursively copying all
instance variables.
- copy(PgJvxSrc) - Method in class jv.project.PgJvxSrc
-
Copy argument PgJvxSrc into this.
- copy(PsObject) - Method in class jv.rsrc.PsAuthorInfo
-
Copy argument object into this object by recursively copying all
instance variables.
- copy(PsObject) - Method in class jv.rsrc.PsGeometryInfo
-
Copy object by recursively copying all instance variables
except inspector panels and lists of registered listeners.
- copy(P_Vector) - Method in class jv.vecmath.P_Vector
-
Copies the bitfield of another vector.
- copy(PbVector[], int, PbVector[], int, int) - Static method in class jv.vecmath.PbVector
-
Copies some vectors of a given array of vectors into an existing destination array.
- copy(int, PbVector, int, int) - Method in class jv.vecmath.PbVector
-
Copy part of the source vector into this vector, and adjust size of this vector
only if it is too small.
- copy(PbVector) - Method in class jv.vecmath.PbVector
-
Copy a vector into a vector, and do not adjust size of dest vector.
- copy(boolean[], int) - Method in class jv.vecmath.PbVector
-
Copy a boolean array into a vector, and do not adjust size of dest vector.
- copy(boolean[], int, int) - Method in class jv.vecmath.PbVector
-
Copy part of a boolean array into a vector, and do not adjust size of dest vector.
- copy(PcMatrix) - Method in class jv.vecmath.PcMatrix
-
- copy(PdBary[], int, PdBary[], int, int) - Static method in class jv.vecmath.PdBary
-
Copies some bary vectors of a given array of bary vectors into an existing destination array.
- copy(PdBary) - Method in class jv.vecmath.PdBary
-
Copies argument vector into 'this', and possibly adjusts size of 'this'.
- copy(PdBaryDir) - Method in class jv.vecmath.PdBaryDir
-
Copies argument vector into 'this', and possibly adjusts size of 'this'.
- copy(PdMatrix[], int, PdMatrix[], int, int) - Static method in class jv.vecmath.PdMatrix
-
- copy(PdMatrix) - Method in class jv.vecmath.PdMatrix
-
Copy given matrix to this, this = m.
- copy(PdVector[], int, PdVector[], int, int) - Static method in class jv.vecmath.PdVector
-
Copies some vectors of a given array of vectors into an existing destination array.
- copy(int, PdVector, int, int) - Method in class jv.vecmath.PdVector
-
Copy part of the source vector into this vector, and adjust size of this vector
only if it is too small.
- copy(PdVector) - Method in class jv.vecmath.PdVector
-
Copy a vector into a vector, and do not adjust size of dest vector.
- copy(double[], int) - Method in class jv.vecmath.PdVector
-
Copy a double array into a vector, and do not adjust size of dest vector.
- copy(double[], int, int) - Method in class jv.vecmath.PdVector
-
Copy part of a double array into a vector, and do not adjust size of dest vector.
- copy(PiVector[], int, PiVector[], int, int) - Static method in class jv.vecmath.PiVector
-
Copies some vectors of a given array of vectors into an existing destination array.
- copy(int, PiVector, int, int) - Method in class jv.vecmath.PiVector
-
Copy part of the source vector into this vector, and adjust size of this vector
only if it is too small.
- copy(PiVector) - Method in class jv.vecmath.PiVector
-
Copy a vector into a vector, and do not adjust size of dest vector.
- copy(int[], int) - Method in class jv.vecmath.PiVector
-
Copy a integer array into a vector, and do not adjust size of destination vector.
- copy(double[], int) - Static method in class jv.vecmath.PuData
-
Copy an array into a new array.
- copy(float[], int) - Static method in class jv.vecmath.PuData
-
Copy an array into a new array.
- copy(int[], int) - Static method in class jv.vecmath.PuData
-
Copy an array into a new array.
- copy(double[], double[]) - Static method in class jv.vecmath.PuData
-
Copy an array into an array, and do not adjust size of destination array.
- copy(float[], float[]) - Static method in class jv.vecmath.PuData
-
Copy an array into an array, and do not adjust size of destination array.
- copy(int[], int[]) - Static method in class jv.vecmath.PuData
-
Copy an array into an array, and do not adjust size of destination array.
- copy(boolean[], boolean[]) - Static method in class jv.vecmath.PuData
-
Copy an array into an array, and do not adjust size of destination array.
- copy(PsObject) - Method in class jvx.curve.PgBezierCurve
-
Copy instance variables by duplication, not by copying a reference.
- copy(PsObject) - Method in class jvx.curve.PgTube
-
Copy instance variables by duplication, not by copying a reference.
- copy(PgFrame) - Method in class jvx.geom.PgFrame
-
- copy(PsObject) - Method in class jvx.geom.PgPointSetOnElementSet
-
Copy instance variables by duplication, not by copying a reference.
- copy(PsObject) - Method in class jvx.geom.PgPointSetOnPolygon
-
Copy instance variables by duplication, not by copying a reference.
- copy(PsObject) - Method in class jvx.geom.PgPolygonOnElementSet
-
Copy instance variables by duplication, not by copying a reference.
- copy(PsObject) - Method in class jvx.geom.PgPolygonSetOnElementSet
-
Copy instance variables by duplication, not by copying a reference.
- copy(PsObject) - Method in class jvx.geom.PgVertexStar
-
Copy a given vertex star into this object.
- copy(PnSparseMatrix) - Method in class jvx.numeric.PnSparseMatrix
-
Copy the sparse matrix A into this.
- copy(PsObject) - Method in class jvx.surface.PgDomain
-
Copy a geometry into this geometry.
- copy(PsObject) - Method in class jvx.surface.PgDomainDescr
-
Copy a geometry into this geometry.
- copy(PsObject) - Method in class jvx.surface.PgGraph
-
Copy a geometry into this geometry.
- copy(PsObject) - Method in class jvx.surface.PgParmSurface
-
Copy a geometry into this geometry.
- copy(PsObject) - Method in class jvx.surface.PgSurfaceGraph
-
Copy a geometry into this geometry.
- copy(PsObject) - Method in class jvx.surface.PgSurfaceOfRotation
-
Copy a geometry into this geometry.
- copy(PsObject) - Method in class vgp.surface.common.PgSurface
-
Copy instance variables by duplication, not by copying a reference.
- copy(PsObject) - Method in class vgp.surface.common.PgSurfaceDescr
-
Copy instance variables by duplication, not by copying a reference.
- copyArea(int, int, int, int, int, int) - Method in class jv.loader.PSGr
-
Copies an area of the screen.
- copyArray(PbVector) - Method in class jv.vecmath.PbVector
-
Copy data array of source vector into this vector, and do not adjust size of dest vector.
- copyArray(PdBaryDir) - Method in class jv.vecmath.PdBaryDir
-
Copies only data (no flags) of argument vector into 'this', and possibly adjusts size of 'this'.
- copyArray(PdVector) - Method in class jv.vecmath.PdVector
-
Copy data array of source vector into this vector, and do not adjust size of dest vector.
- copyArray(PiVector) - Method in class jv.vecmath.PiVector
-
Copy data array of source vector into this vector, and do not adjust size of destination vector.
- copyConnectivity(PgElementSet) - Method in class jv.geom.PgElementSet
-
Copy connectivity of mesh, i.e. element and neighbour array.
- copyElementSet(PgElementSet) - Method in class jv.geom.PgElementSet
-
Copy instance variables of this class but not of its superclass.
- copyIntrinsicData(PgPolygonOnElementSet) - Method in class jvx.geom.PgPolygonOnElementSet
-
deprecated since JavaView 3.96.006, use copy() instead.
- copyNew(PdColor) - Static method in class jv.number.PdColor
-
Create a new color as clone of argument color.
- copyNew(PdColor[]) - Static method in class jv.number.PdColor
-
Create an new array with copies of all colors of a given array of colors.
- copyNew(PdColor[], int) - Static method in class jv.number.PdColor
-
Create an new array with copies of the first 'size' colors of a given array of colors.
- copyNew(Color[]) - Static method in class jv.number.PdColor
-
Create an new array with copies of all colors of a given array of colors.
- copyNew(Color[], int) - Static method in class jv.number.PdColor
-
Create an new array with copies of the first 'size' colors of a given array of colors.
- copyNew(boolean[][]) - Static method in class jv.vecmath.PbVector
-
Create an new array with copies of all booleans of a given 2-dimensional array of numbers.
- copyNew(PbVector[]) - Static method in class jv.vecmath.PbVector
-
Create an new array with copies of all vectors of a given array of vectors.
- copyNew(PbVector[], int) - Static method in class jv.vecmath.PbVector
-
Create an new array with copies of the first 'size' vectors of a given array of vectors.
- copyNew(PbVector) - Static method in class jv.vecmath.PbVector
-
Create a new vector as clone of argument vector.
- copyNew(PcMatrix) - Static method in class jv.vecmath.PcMatrix
-
Create a new matrix as clone of argument matrix.
- copyNew(PdBary) - Static method in class jv.vecmath.PdBary
-
Create a new vector as clone of argument vector.
- copyNew(PdBaryDir) - Static method in class jv.vecmath.PdBaryDir
-
Create a new vector as clone of argument vector.
- copyNew(PdMatrix[]) - Static method in class jv.vecmath.PdMatrix
-
- copyNew(PdMatrix[], int) - Static method in class jv.vecmath.PdMatrix
-
- copyNew(PdMatrix) - Static method in class jv.vecmath.PdMatrix
-
Create a new matrix as clone of argument matrix.
- copyNew(double[][]) - Static method in class jv.vecmath.PdVector
-
Create an new array with copies of all doubles of a given 2-dimensional array of numbers.
- copyNew(PdVector[]) - Static method in class jv.vecmath.PdVector
-
Create an new array with copies of all vectors of a given array of vectors.
- copyNew(PdVector[], int) - Static method in class jv.vecmath.PdVector
-
Create an new array with copies of the first 'size' vectors of a given array of vectors.
- copyNew(PdVector) - Static method in class jv.vecmath.PdVector
-
Create a new vector as clone of argument vector.
- copyNew(int[][]) - Static method in class jv.vecmath.PiVector
-
Create an new array with copies of all doubles of a given 2-dimensional array of numbers.
- copyNew(PiVector[]) - Static method in class jv.vecmath.PiVector
-
Create an new array with copies of all vectors of a given array of vectors.
- copyNew(PiVector[], int) - Static method in class jv.vecmath.PiVector
-
Create an new array with copies of the first 'size' vectors of a given array of vectors.
- copyNew(PiVector) - Static method in class jv.vecmath.PiVector
-
Create a new vector as clone of argument vector.
- copyPolygonSet(PgPolygonSet) - Method in class jv.geom.PgPolygonSet
-
Copy instance variables of this class but not of the superclass.
- copyVectors(PgFrame) - Method in class jvx.geom.PgFrame
-
- CORONA - Static variable in class jvx.cellular.PnCellOperator
-
- cos(PuComplex) - Static method in class jv.number.PuComplex
-
w = cos(u)
- cos() - Method in class jv.number.PuComplex
-
u = cos(this)
- COS - Static variable in class jv.thirdParty.expr.Expr
-
Cosine.
- cosh(PuComplex) - Static method in class jv.number.PuComplex
-
w = cosh(u)
- cosh() - Method in class jv.number.PuComplex
-
u = cosh(this)
- COSH - Static variable in class jv.thirdParty.expr.Expr
-
Cosinus hyperbolicus.
- cosh(double) - Static method in class jv.vecmath.PuMath
-
Mathematical cosh(x) function.
- cot(PuComplex) - Static method in class jv.number.PuComplex
-
w = cot(u)
- cot() - Method in class jv.number.PuComplex
-
u = cot(this)
- COT - Static variable in class jv.thirdParty.expr.Expr
-
Cotangens.
- coth(PuComplex) - Static method in class jv.number.PuComplex
-
w = coth(u)
- coth() - Method in class jv.number.PuComplex
-
u = coth(this)
- COTH - Static variable in class jv.thirdParty.expr.Expr
-
Cotangens hyperbolicus.
- coth(double) - Static method in class jv.vecmath.PuMath
-
Mathematical coth(x) function.
- COUNT_ABSOLUTE - Static variable in class jvx.number.PuHistogram
-
- COUNT_RELATIVE - Static variable in class jvx.number.PuHistogram
-
- countTrueEntries() - Method in class jv.vecmath.PbVector
-
Count number of entries with state = true.
- countValue(boolean) - Method in class jv.vecmath.PbVector
-
Count the entries that have the same value as b.
- create() - Method in class jv.loader.PSGr
-
Creates a new PSGr Object that is a copy of the original PSGr Object.
- create(int, int, int, int) - Method in class jv.loader.PSGr
-
Creates a new Graphics Object with the specified parameters,
based on the original graphics object.
- createImageFromPixels(Component, int[], int, int, int, int) - Static method in class jv.objectGui.PsImage
-
Load image with a media tracker and return when image is loaded or failure occurred.
- createNotice(String) - Static method in class jvx.project.PjWorkshop_Dialog
-
Create a panel showing a user notice given as text with line breaks.
- cross(PdVector, PdVector) - Method in class jv.vecmath.PdVector
-
Compute cross product of given argument vectors.
- crossNew(PdVector, PdVector) - Static method in class jv.vecmath.PdVector
-
Create new vector with cross product of given argument vectors.
- ctg(double, double, double) - Static method in class jv.vecmath.PuMath
-
Return cot(alpha) of angle opposite to side a of triangle with given side lengths.
- ctg(double[], double, double, double) - Static method in class jv.vecmath.PuMath
-
Return cot() of all three angles opposite to sides of triangle
with given side lengths.
- ctg(PdVector, PdVector, PdVector) - Static method in class jv.vecmath.PuVectorGeom
-
Compute cotangent of the vertex angle at vertex p in the triangle (p, q1, q2).
- ctg(double[], PdVector, PdVector, PdVector) - Static method in class jv.vecmath.PuVectorGeom
-
Compute cotangent of the vertex angles at all vertices of the triangle (p, q, r).
- cube(PuComplex) - Static method in class jv.number.PuComplex
-
w = u ** 3.
- cube() - Method in class jv.number.PuComplex
-
u = this**3.
- CUBE - Static variable in class jvx.geom.PwPlatonic
-
- CUBE_OCTAHEDRON - Static variable in class jvx.geom.PwPlatonic
-
- CURRENT - Static variable in class vgp.discrete.harmonic.PgSurfacePair
-
- CURVATURE - Static variable in class jvx.geom.PwLocalButterfly
-
- CURVATURE_NORMAL - Static variable in class jv.geom.PgPolygon
-
- CURVATURE_NORMAL - Static variable in class jv.geom.PgPolygonSet
-
- cutAlongIntersection(int, boolean) - Method in class jvx.geom.PwIntersectElementSet
-
Set flag to destroy neighbourhood at intersections.
- cutAlongIntersection(boolean) - Method in class jvx.geom.PwIntersectElementSet
-
Set flag to destroy neighbourhood at intersections.
- cutAlongPolygonSet(PgElementSet, PgPolygonSet) - Static method in class jvx.geom.PwCleanMesh
-
Cut a surface along polygons consisting of element edges, duplicate
all vertices along this polygons, and set the polygons as additional boundary polygons.
- cyclic(double[], double[], double[], double[], double[], double[], double[], double[], double[], int, double) - Static method in class jvx.numeric.PnMatrix
-
Solves the equation Au=r, where A is a
cyclic tridiagonal matrix with diagonal b, lower
offdiagonal a and upper offdiagonal c.