vgp.minimal.weier
Class PgWeierstrassDescr

java.lang.Object
  |
  +--jv.object.PsObject
        |
        +--jv.project.PgGeometry
              |
              +--vgp.minimal.weier.PgWeierstrassDescr

All Implemented Interfaces:

java.lang.Cloneable, PgGeometryIf, PsUpdateIf, java.io.Serializable

Direct Known Subclasses:

PgWeierstrass_Catenoid, PgWeierstrass_Chen, PgWeierstrass_Costa, PgWeierstrass_Costa2, PgWeierstrass_Enneper, PgWeierstrass_KNoid, PgWeierstrass_KNoid2, PgWeierstrass_Scherk

public abstract class PgWeierstrassDescr

extends PgGeometry

Abstract descriptor class for Weierstrass integrated minimal surfaces.

Version:

01.06.99, 1.00 created (ur)

Author:

Ulrich Reitebuch

See Also:

Serialized Form

Field Summary

protected PuDouble	m_conjugation
protected PiVector[][]	m_conn
protected PuInteger	m_intDiscr
protected int	m_markedBndNr
protected int	m_numParts
int	m_numUserReflections
protected java.util.Vector	m_parm
protected PiVector[]	m_refl
protected int[][]	m_userReflections
protected int	m_vertDim

Fields inherited from class jv.project.PgGeometry

m_ambientProj, m_ambientSpace, m_authorInfo, m_bShowBndBox, m_bShowCenter, m_bShowing, m_bShowTitle, m_center, m_dim, m_dimOfSimplex, m_displayList, m_geometryInfo, m_labelAttribute, m_methodMenu, m_modelMatrix, m_title, m_version, m_versionType

Fields inherited from class jv.object.PsObject

HAS_CONFIG_PANEL, HAS_INFO_PANEL, HAS_MATERIAL_PANEL, INSPECTOR_INFO, INSPECTOR_INFO_EXT, IS_DELETED, IS_FIXED, IS_SELECTED, IS_USED, m_infoPanel, m_name, m_panelList, m_parent, m_tag, m_updateList, NUM_TAGS

Fields inherited from interface jv.project.PgGeometryIf

AMBIENT_H3_HYPERBOLIC, AMBIENT_PROJECTIONS, AMBIENT_R3_EUCLIDEAN, AMBIENT_R4_EUCLIDEAN, AMBIENT_S3_SPHERE, AMBIENT_SPACES, INSPECTOR_CONTROL, INSPECTOR_CONTROL_EXT, INSPECTOR_MATERIAL, INSPECTOR_MATERIAL_EXT, LABEL_BASE, LABEL_CENTER, LABEL_HEAD, LABEL_MIDDLE, LABEL_TAIL, LABEL_TOP, METHOD_EXT, PROJ_KLEIN_BALL, PROJ_PARALLEL, PROJ_POINCARE_BALL, PROJ_STEREOGRAPHIC, PROJ_UPPER_HALFSPACE

Constructor Summary

PgWeierstrassDescr()
Constructor

Method Summary

void	addParameter(PsObject parm) Add a parameter of the surface to parameter list.
void	connectPart(int partNr1, int bndNr1, int partNr2, int bndNr2) Appoint boundaries of parts to be glued together.
boolean	connectReflection(int partNr) Appoint, if a reflection shall be glued to it's original.
boolean	connectReflection(PiVector partPath, int partNr) Appoint, if a reflection shall be glued to it's original.
boolean	equals(PiVector partPath, int i)
boolean	equals(PiVector partPath, int[] path)
boolean	equals(PiVector partPath, int i, int j)
abstract PuComplex	f(PiVector partPath, int partNr, PuComplex z) Compute the Weierstrass function f.
PuComplex[]	fun(PiVector partPath, int partNr, PuComplex z) Compute Weierstrass integrand from the Weierstrass functions f and g.
abstract PuComplex	g(PiVector partPath, int partNr, PuComplex z) Compute the Weierstrass function g.
void	getBndReflectType(PiVector partPath, int partNr, PiVector bndReflectType) set reflectType == 0 to reflect Re on plane and rotate Im on line or reflectType == 1 to rotate Re on line and reflect Im on plane.
protected double	getConjugationAngle() Return conjugation value of the surface.
void	getConnections() Connect parts of the surface.
void	getConnections(PiVector partPath) Connect parts of a part of the surface.
PiVector[][]	getConnections(PiVector partPath, PiVector[][] cc, int numParts) Return Vector of part connections.
int	getDimOfElements() Return dimension of elements.
PuComplex[]	getFStart(int partNr) Return complex as starting value for integration.
PuComplex[]	getFStart(PiVector partPath, int partNr) Return complex as starting value for integration.
int	getMarkedBndNr() Retrun number of marked boundary polygon.
java.lang.String	getName() Return name of the surface.
int	getNumParts() Return number of parts of the surface.
int	getNumParts(PiVector partPath) Return number of parts of the surface.
abstract int	getNumULines(PiVector partPath, int partNr) Return number of u - lines in domain of a part.
abstract int	getNumVLines(PiVector partPath, int partNr) Return number of v - lines in domain of a part.
void	getReflections() Return vector of part reflections.
void	getReflections(PiVector partPath) Return vector of part reflections in a part.
PiVector[]	getReflections(PiVector partPath, int numParts) Return vector with numbers of parts to be reflected.
int	getStartU(PiVector partPath, int partNr) Return index of u-line to start integration with.
int	getStartV(PiVector partPath, int partNr) Return index of v-line to start integration with.
abstract double	getUMax(PiVector partPath, int partNr) Return upper bound of domain of a part in direction u.
abstract double	getUMin(PiVector partPath, int partNr) Return lower bound of domain of a part in direction u.
abstract double	getVMax(PiVector partPath, int partNr) Return upper bound of domain of a part in direction v.
abstract double	getVMin(PiVector partPath, int partNr) Return lower bound of domain of a part in direction v.
void	init() Initialisation
boolean	markBnd() Return, if the user is allowed to mark a PgBndPolygon for reflecting the surface.
void	newReflection() Save a reflection new invoked by the user.
boolean	partIsSubdivided(PiVector partPath, int partNr) Return, if a part of the surface must be composed from several parts itself.
void	reflectPart(int partNr1, int partNr0, int bndNr0, int reflectType) Appoint a part of the surface to be reflection of an other part.
void	returnUserReflections() Return vector of reflections invoked by the user.
protected void	setConjugationAngle(double angle) Set conjugation value of the surface.
void	setConnections(PiVector[][] a) Appoint connections of parts of the surface.
void	setMarkedBndNr(int Nr) Appoint number of marked boundary polygon.
void	setPartBndNr(int nr) Appoint number of boundary polygon to reflect part at.
void	setReflection(PiVector[] a) Appoint reflections of parts.
void	setReflectPartNr(int nr) Appoint number of part to be reflected by the user.
void	setReflectType(int type) Appoint reflection type of a boundary polygon: reflectType == 0 : Reflect Re on plane and rotate Im on line. reflectType == 1 : Rotate Re on line and reflect Im on plane.
void	setVertDim(int aVertDim) Set dimension of vertices.
PuComplex	transform(int partNr, PuComplex z) Transformation of rectangular domain before computing Weierstrass functions f and g.
PuComplex	transform(PiVector partPath, int partNr, PuComplex z) Transformation of rectangular domain before computing Weierstrass functions f and g.
boolean	update(java.lang.Object event) Update the class whenever a child has changed.

Methods inherited from class jv.project.PgGeometry

addDisplay, addElement, addPolygon, addVertex, blend, clearTagElement, clearTagPolygon, clearTagVertex, clone, copy, fillMethodMenu, getAmbientProjection, getAmbientSpace, getAuthorInfo, getAuthors, getBounds, getCenter, getCenterOfElement, getControlPanel, getDiameter, getDimOfSimplex, getDimOfVertices, getDisplays, getElement, getGeometryInfo, getJvx, getLabelAttribute, getMaterialPanel, getModelMatrix, getPolygon, getTextureImage, getTextureImageName, getTitle, getVersion, getVersionType, getVertex, hasDisplay, hasModelMatrix, hasTagElement, hasTagPolygon, hasTagVertex, intersectionWithLine, isConfigurable, isShowingBndBox, isShowingCenter, isShowingTitle, isVisible, merge, paint, reflect, removeDisplay, removeElement, removePolygon, removeVertex, setAmbientProjection, setAmbientSpace, setAuthorInfo, setAuthors, setCenter, setDimOfSimplex, setElement, setGeometryInfo, setJvx, setLabelAttribute, setLabelAttribute, setModelMatrix, setPolygon, setTagElement, setTagPolygon, setTagVertex, setTextureImage, setTextureImageName, setTitle, setVersion, setVersionType, setVertex, setVisible, showBndBox, showCenter, showTitle, toString

Methods inherited from class jv.object.PsObject

addInspector, addUpdateListener, clearTag, clone, clone, copy, getFather, getInfoPanel, getInspector, getNumObjects, hasInspector, hasTag, hasUpdateListener, instanceOf, instanceOf, removeInspector, removeUpdateListener, setName, setParent, setTag, updatePanels

Methods inherited from class java.lang.Object

equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

Methods inherited from interface jv.project.PgGeometryIf

getInfoPanel, setName

Methods inherited from interface jv.object.PsUpdateIf

getFather, setParent

Field Detail

m_vertDim

protected int m_vertDim

m_numParts

protected int m_numParts

m_numUserReflections

public int m_numUserReflections

m_markedBndNr

protected int m_markedBndNr

m_userReflections

protected int[][] m_userReflections

m_parm

protected java.util.Vector m_parm

m_conjugation

protected PuDouble m_conjugation

m_intDiscr

protected PuInteger m_intDiscr

m_refl

protected PiVector[] m_refl

m_conn

protected PiVector[][] m_conn

Constructor Detail

PgWeierstrassDescr

public PgWeierstrassDescr()

Constructor

Method Detail

init

public void init()

Initialisation

Overrides:

init in class PgGeometry

update

public boolean update(java.lang.Object event)

Update the class whenever a child has changed. Method is usually invoked from the children.

Overrides:

update in class PgGeometry

Following copied from interface: jv.object.PsUpdateIf

Parameters:

event - carries a lot of information

Returns:

true if event has been handled, otherwise false

See Also:

PsObject, PsUpdateIf.getFather(), PsUpdateIf.setParent(PsUpdateIf)

addParameter

public void addParameter(PsObject parm)

Add a parameter of the surface to parameter list.

setVertDim

public void setVertDim(int aVertDim)

Set dimension of vertices.

fun

public PuComplex[] fun(PiVector partPath,
                       int partNr,
                       PuComplex z)

Compute Weierstrass integrand from the Weierstrass functions f and g.

transform

public PuComplex transform(int partNr,
                           PuComplex z)

Transformation of rectangular domain before computing Weierstrass functions f and g.

transform

public PuComplex transform(PiVector partPath,
                           int partNr,
                           PuComplex z)

Transformation of rectangular domain before computing Weierstrass functions f and g.

f

public abstract PuComplex f(PiVector partPath,
                            int partNr,
                            PuComplex z)

Compute the Weierstrass function f.

g

public abstract PuComplex g(PiVector partPath,
                            int partNr,
                            PuComplex z)

Compute the Weierstrass function g.

getNumParts

public int getNumParts()

Return number of parts of the surface.

getNumParts

public int getNumParts(PiVector partPath)

Return number of parts of the surface.

getDimOfElements

public int getDimOfElements()

Return dimension of elements.

partIsSubdivided

public boolean partIsSubdivided(PiVector partPath,
                                int partNr)

Return, if a part of the surface must be composed from several parts itself.

getConnections

public void getConnections()

Connect parts of the surface.

setConnections

public void setConnections(PiVector[][] a)

Appoint connections of parts of the surface.

getConnections

public void getConnections(PiVector partPath)

Connect parts of a part of the surface.

getConnections

public PiVector[][] getConnections(PiVector partPath,
                                   PiVector[][] cc,
                                   int numParts)

Return Vector of part connections.

connectPart

public void connectPart(int partNr1,
                        int bndNr1,
                        int partNr2,
                        int bndNr2)

Appoint boundaries of parts to be glued together.

getReflections

public PiVector[] getReflections(PiVector partPath,
                                 int numParts)

Return vector with numbers of parts to be reflected.

returnUserReflections

public void returnUserReflections()

Return vector of reflections invoked by the user.

newReflection

public void newReflection()

Save a reflection new invoked by the user.

setReflection

public void setReflection(PiVector[] a)

Appoint reflections of parts.

getReflections

public void getReflections(PiVector partPath)

Return vector of part reflections in a part.

getReflections

public void getReflections()

Return vector of part reflections.

connectReflection

public boolean connectReflection(int partNr)

Appoint, if a reflection shall be glued to it's original.

connectReflection

public boolean connectReflection(PiVector partPath,
                                 int partNr)

Appoint, if a reflection shall be glued to it's original.

reflectPart

public void reflectPart(int partNr1,
                        int partNr0,
                        int bndNr0,
                        int reflectType)

Appoint a part of the surface to be reflection of an other part.

getBndReflectType

public void getBndReflectType(PiVector partPath,
                              int partNr,
                              PiVector bndReflectType)

set reflectType == 0 to reflect Re on plane and rotate Im on line or reflectType == 1 to rotate Re on line and reflect Im on plane.

getConjugationAngle

protected double getConjugationAngle()

Return conjugation value of the surface.

setConjugationAngle

protected void setConjugationAngle(double angle)

Set conjugation value of the surface.

getNumULines

public abstract int getNumULines(PiVector partPath,
                                 int partNr)

Return number of u - lines in domain of a part.

getNumVLines

public abstract int getNumVLines(PiVector partPath,
                                 int partNr)

Return number of v - lines in domain of a part.

getUMin

public abstract double getUMin(PiVector partPath,
                               int partNr)

Return lower bound of domain of a part in direction u.

getUMax

public abstract double getUMax(PiVector partPath,
                               int partNr)

Return upper bound of domain of a part in direction u.

getVMin

public abstract double getVMin(PiVector partPath,
                               int partNr)

Return lower bound of domain of a part in direction v.

getVMax

public abstract double getVMax(PiVector partPath,
                               int partNr)

Return upper bound of domain of a part in direction v.

getStartU

public int getStartU(PiVector partPath,
                     int partNr)

Return index of u-line to start integration with.

getStartV

public int getStartV(PiVector partPath,
                     int partNr)

Return index of v-line to start integration with.

getFStart

public PuComplex[] getFStart(int partNr)

Return complex as starting value for integration.

getFStart

public PuComplex[] getFStart(PiVector partPath,
                             int partNr)

Return complex as starting value for integration.

getName

public java.lang.String getName()

Return name of the surface.

Overrides:

getName in class PsObject

getMarkedBndNr

public int getMarkedBndNr()

Retrun number of marked boundary polygon.

setMarkedBndNr

public void setMarkedBndNr(int Nr)

Appoint number of marked boundary polygon.

setReflectType

public void setReflectType(int type)

Appoint reflection type of a boundary polygon: reflectType == 0 : Reflect Re on plane and rotate Im on line. reflectType == 1 : Rotate Re on line and reflect Im on plane.

setReflectPartNr

public void setReflectPartNr(int nr)

Appoint number of part to be reflected by the user.

setPartBndNr

public void setPartBndNr(int nr)

Appoint number of boundary polygon to reflect part at.

markBnd

public boolean markBnd()

Return, if the user is allowed to mark a PgBndPolygon for reflecting the surface.

equals

public boolean equals(PiVector partPath,
                      int i)

equals

public boolean equals(PiVector partPath,
                      int i,
                      int j)

equals

public boolean equals(PiVector partPath,
                      int[] path)