PgWeierstrassDescr ("JavaView Reference Manual")

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

All Implemented Interfaces:

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

Direct Known Subclasses:

PgWeierstrass_Bidenoid, PgWeierstrass_Cameloid, PgWeierstrass_CatEnn, PgWeierstrass_CatEnn2Ends, PgWeierstrass_CatEnn2Twist, PgWeierstrass_CatEnnK, PgWeierstrass_Catenoid, PgWeierstrass_CatKExp, PgWeierstrass_CatSplit, PgWeierstrass_Chen, PgWeierstrass_ChenGackstatter, PgWeierstrass_Costa, PgWeierstrass_Costa2, PgWeierstrass_Enn4_5, PgWeierstrass_Enneper, PgWeierstrass_KNoid, PgWeierstrass_KNoid2, PgWeierstrass_PlanarEnd, PgWeierstrass_Scherk, PgWeierstrass_ScherkDoubly, PgWeierstrass_SchwarzD, PgWeierstrass_SchwarzD2, PgWeierstrass_SchwarzP, PgWeierstrass_SchwarzP2
```
public abstract class PgWeierstrassDescr
extends PgGeometry
```
Abstract descriptor class for Weierstrass integrated minimal surfaces.

See Also:
Serialized Form

Field Summary

Fields
Modifier and Type	Field and Description
`int`	`m_numUserReflections` Number of reflections added interactively by the user.
`static int`	`REFLECT_LINE` Reflect real part of a patch at the straight line through a boundary polygon, reflect the imaginary part at the plane passing through the corresponding boundary polygon.
`static int`	`REFLECT_PLANE` Reflect real part of a patch at the plane passing through a boundary polygon, reflect the imaginary part at the straight line through the corresponding boundary polygon.

Fields inherited from class jv.object.PsObject
HAS_BOUNDARY_PANEL, HAS_CONFIG_PANEL, HAS_INFO_PANEL, HAS_LABEL_PANEL, HAS_MATERIAL_PANEL, HAS_TEXTURE_PANEL, HAS_VECTOR_PANEL, INSPECTOR_INFO, INSPECTOR_INFO_EXT, IS_DELETED, IS_FIXED, IS_FOCUSSED, IS_PICKED, IS_SELECTED, IS_USED, NUM_TAGS

Fields inherited from interface jv.project.PgGeometryIf
AMBIENT_H2_HYPERBOLIC, AMBIENT_H3_HYPERBOLIC, AMBIENT_H4_HYPERBOLIC, AMBIENT_PROJECTIONS, AMBIENT_R1_EUCLIDEAN, AMBIENT_R2_EUCLIDEAN, AMBIENT_R3_EUCLIDEAN, AMBIENT_R4_EUCLIDEAN, AMBIENT_R5_EUCLIDEAN, AMBIENT_S1_SPHERE, AMBIENT_S2_SPHERE, AMBIENT_S3_SPHERE, AMBIENT_S4_SPHERE, AMBIENT_SPACES, BLEND_ALPHA, BLEND_MATERIAL, BLEND_REPLACE, FILTER_DIRECT, FILTER_LINEAR, FILTER_QUADRATIC, HAS_METHOD_MENU, INSPECTOR_CONTROL, INSPECTOR_CONTROL_EXT, INSPECTOR_MATERIAL, INSPECTOR_MATERIAL_EXT, INSPECTOR_TEXTURE, INSPECTOR_TEXTURE_EXT, LABEL_BASE, LABEL_CENTER, LABEL_HEAD, LABEL_MIDDLE, LABEL_TAIL, LABEL_TOP, m_numLabelTypes, METHOD_EXT, PERIODIC_BOTH, PERIODIC_HEIGHT, PERIODIC_NONE, PERIODIC_WIDTH, PROJ_KLEIN_BALL, PROJ_PARALLEL, PROJ_POINCARE_BALL, PROJ_STEREOGRAPHIC, PROJ_UPPER_HALFSPACE, SIDE_BACK, SIDE_BOTH, SIDE_FRONT, SIDE_NONE

Constructor Summary

Constructors
Constructor and Description
`PgWeierstrassDescr(int numIntegratedPatches)` Constructor
`PgWeierstrassDescr(int numIntegratedPatches, int numDiscrSliders)` Constructor

Method Summary

Methods
Modifier and Type	Method and Description
`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)` Compare a PiVector with one int; return true, if the PiVector has size 1 and the only entry is equal to the int argument.
`boolean`	`equals(PiVector partPath, int[] path)` Compare a PiVector with an int array; return true, if PiVector and array have the same size and the entries are equal for each index.
`boolean`	`equals(PiVector partPath, int i, int j)` Compare a PiVector with two ints; return true, if the PiVector has size 2 and the entries are equal to the two int arguments, respectively.
`abstract PuComplex`	`f(PuComplex z)` Compute the Weierstrass function f.
`PuComplex[]`	`fun(PuComplex z)` Compute Weierstrass integrand from the Weierstrass functions f and g.
`abstract PuComplex`	`g(PuComplex z)` Compute the Weierstrass function g.
`void`	`getBndReflectType(PiVector partPath, int partNr, PiVector bndReflectType)` set reflectType == REFLECT_PLANE to reflect Re on plane and rotate Im on line or reflectType == REFLECT_LINE to rotate Re on line and reflect Im on plane.
`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.
`int`	`getNumIntegratedPatches()` Get number of patches, that are integrated from Weierstrass data.
`int`	`getNumParts()` Return number of parts of the surface.
`int`	`getNumParts(PiVector partPath)` Return number of parts of the surface.
`int`	`getNumULines(int partNr)` Get number of lines in domain's u direction.
`int`	`getNumVLines(int partNr)` Get number of lines in domain's v direction.
`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.
`double`	`getUMax(int patchIndex)` Get maximum u value for a patch domain.
`double`	`getUMin(int patchIndex)` Get minimum u value for a patch domain.
`double`	`getVMax(int patchIndex)` Get maximum v value for a patch domain.
`double`	`getVMin(int patchIndex)` Get minimum v value for a patch domain.
`void`	`init()` Initialisation
`boolean`	`isEnabledMarkBnd()` Check if the user is allowed to mark a PgBndPolygon for reflecting the surface.
`void`	`newReflection()` Save a reflection, that was 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)` Appoint a part of the surface to be reflection of an other part.
`void`	`returnUserReflections()` Return vector of reflections invoked by the user.
`void`	`setConnections(PiVector[][] a)` Appoint connections of parts of the surface.
`void`	`setDomain(int patchIndex, double uMin, double uMax, double vMin, double vMax)` Set rectangular domain size for a patch domain.
`void`	`setEnabledMarkBnd(boolean bMarkBnd)` Set if the user is allowed to mark a PgBndPolygon for reflecting the surface.
`void`	`setMarkedBndNr(int nr)` Appoint number of marked boundary polygon.
`void`	`setNumIntegratedPatches(int numIntegratedPatches)` Set number of patches, that will be integrated from Weierstrass data.
`void`	`setPartBndNr(int nr)` Appoint index of boundary polygon to reflect part at.
`void`	`setReflection(PiVector[] a)` Appoint reflections of parts.
`void`	`setReflectPartNr(int nr)` Appoint index of part to be reflected by the user.
`void`	`setUMax(int patchIndex, double value)` Set maximum u value for a patch domain.
`void`	`setUMin(int patchIndex, double value)` Set minimum u value for a patch domain.
`void`	`setVertDim(int aVertDim)` Set dimension of vertices.
`void`	`setVMax(int patchIndex, double value)` Set maximum v value for a patch domain.
`void`	`setVMin(int patchIndex, double value)` Set minimum v value for a patch domain.
`PuComplex`	`transform(int patchIndex, PuComplex z)` Transformation of rectangular domain before computing Weierstrass functions f and g.
`PuComplex`	`transform(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, applyAmbientMatrix, applyModelingMatrix, blend, clearTagElement, clearTagPolygon, clearTagVertex, clone, convertWorldToModel, copy, fillMethodMenu, fillMethodMenu, getAmbientBounds, getAmbientInvMatrix, getAmbientMatrix, getAmbientProjection, getAmbientSpace, getAuthorInfo, getAuthors, getBounds, getCenter, getCenterOfElement, getControlPanel, getDiameter, getDimOfSimplex, getDimOfVertices, getDisplayList, getDisplays, getElement, getGeometryInfo, getJvx, getLabelAttribute, getLabelColor, getLabelFont, getLabelSize, getLabelStyle, getMaterialPanel, getModelMatrix, getPolygon, getState, getTextureImage, getTextureImageName, getTitle, getType, getVersion, getVersionType, getVertex, hasAmbientMatrix, hasDisplay, hasModelMatrix, hasTagElement, hasTagPolygon, hasTagVertex, intersectionWithLine, isConfigurable, isEnabledInstanceSharing, isShowingBndBox, isShowingCenter, isShowingName, isShowingTitle, isVisible, merge, paint, projectFromAmbientSpace, reflect, removeDisplay, removeElement, removeMethodMenus, removePolygon, removeVertex, setAmbientMatrix, setAmbientProjection, setAmbientSpace, setAuthorInfo, setAuthors, setCenter, setDimOfSimplex, setDimOfVertices, setElement, setEnabledInstanceSharing, setGeometryInfo, setJvx, setLabelAttribute, setLabelAttribute, setLabelColor, setLabelFont, setLabelSize, setLabelStyle, setModelMatrix, setPolygon, setState, setTagElement, setTagPolygon, setTagVertex, setTextureImage, setTextureImageName, setTitle, setType, setVersion, setVersionType, setVertex, setVisible, showBndBox, showCenter, showName, showTitle, toString

Methods inherited from class jv.object.PsObject
addInspector, addUpdateListener, assureInspector, clearTag, clone, clone, getFather, getInfoPanel, getInspector, getName, getNumObjects, getSymbol, hasInspector, hasTag, hasUpdateListener, instanceOf, instanceOf, newInspector, newInspector, removeInspector, removeInspector, removeUpdateListener, setName, setParent, setSymbol, setTag, updatePanels

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

Methods inherited from interface jv.project.PgGeometryIf
assureInspector, getInfoPanel, getName, hasTag, setName

Methods inherited from interface jv.object.PsUpdateIf
getFather, setParent

- Field Detail
  - REFLECT_PLANE
```
public static final int REFLECT_PLANE
```
    Reflect real part of a patch at the plane passing through a boundary polygon, reflect the imaginary part at the straight line through the corresponding boundary polygon.
    
    See Also:
    Constant Field Values
  - REFLECT_LINE
```
public static final int REFLECT_LINE
```
    Reflect real part of a patch at the straight line through a boundary polygon, reflect the imaginary part at the plane passing through the corresponding boundary polygon.
    
    See Also:
    Constant Field Values
  - m_numUserReflections
```
public int m_numUserReflections
```
    Number of reflections added interactively by the user.
- Constructor Detail
  - PgWeierstrassDescr
```
public PgWeierstrassDescr(int numIntegratedPatches)
```
    Constructor
  - PgWeierstrassDescr
```
public PgWeierstrassDescr(int numIntegratedPatches,
                  int numDiscrSliders)
```
    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.
    
    Specified by:
    
    update in interface PsUpdateIf
    
    Overrides:
    
    update in class PgGeometry
    
    Parameters:
    event - carries a lot of information
    
    Returns:
    true if event has been handled, otherwise false
    See Also:
    PsObject.setParent(PsUpdateIf), PsObject.getFather(), PsObject.addUpdateListener(PsUpdateIf)
  - setNumIntegratedPatches
```
public void setNumIntegratedPatches(int numIntegratedPatches)
```
    Set number of patches, that will be integrated from Weierstrass data. Exactly for these patches the domain size must be known.
  - getNumIntegratedPatches
```
public int getNumIntegratedPatches()
```
    Get number of patches, that are integrated from Weierstrass data.
  - setDomain
```
public void setDomain(int patchIndex,
             double uMin,
             double uMax,
             double vMin,
             double vMax)
```
    Set rectangular domain size for a patch domain.
  - getNumULines
```
public int getNumULines(int partNr)
```
    Get number of lines in domain's u direction.
  - getNumVLines
```
public int getNumVLines(int partNr)
```
    Get number of lines in domain's v direction.
  - setUMin
```
public void setUMin(int patchIndex,
           double value)
```
    Set minimum u value for a patch domain.
  - getUMin
```
public double getUMin(int patchIndex)
```
    Get minimum u value for a patch domain.
  - setUMax
```
public void setUMax(int patchIndex,
           double value)
```
    Set maximum u value for a patch domain.
  - getUMax
```
public double getUMax(int patchIndex)
```
    Get maximum u value for a patch domain.
  - setVMin
```
public void setVMin(int patchIndex,
           double value)
```
    Set minimum v value for a patch domain.
  - getVMin
```
public double getVMin(int patchIndex)
```
    Get minimum v value for a patch domain.
  - setVMax
```
public void setVMax(int patchIndex,
           double value)
```
    Set maximum v value for a patch domain.
  - getVMax
```
public double getVMax(int patchIndex)
```
    Get maximum v value for a patch domain.
  - 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(PuComplex z)
```
    Compute Weierstrass integrand from the Weierstrass functions f and g.
  - transform
```
public PuComplex transform(PuComplex z)
```
    Transformation of rectangular domain before computing Weierstrass functions f and g.
  - transform
```
public PuComplex transform(int patchIndex,
                  PuComplex z)
```
    Transformation of rectangular domain before computing Weierstrass functions f and g.
  - f
```
public abstract PuComplex f(PuComplex z)
```
    Compute the Weierstrass function f.
  - g
```
public abstract PuComplex g(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, that was 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)
```
    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 == REFLECT_PLANE to reflect Re on plane and rotate Im on line or reflectType == REFLECT_LINE to rotate Re on line and reflect Im on plane.
  - 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.
  - getMarkedBndNr
```
public int getMarkedBndNr()
```
    Retrun number of marked boundary polygon.
  - setMarkedBndNr
```
public void setMarkedBndNr(int nr)
```
    Appoint number of marked boundary polygon.
  - setReflectPartNr
```
public void setReflectPartNr(int nr)
```
    Appoint index of part to be reflected by the user.
  - setPartBndNr
```
public void setPartBndNr(int nr)
```
    Appoint index of boundary polygon to reflect part at.
  - isEnabledMarkBnd
```
public boolean isEnabledMarkBnd()
```
    Check if the user is allowed to mark a PgBndPolygon for reflecting the surface.
  - setEnabledMarkBnd
```
public void setEnabledMarkBnd(boolean bMarkBnd)
```
    Set if the user is allowed to mark a PgBndPolygon for reflecting the surface.
  - equals
```
public boolean equals(PiVector partPath,
             int i)
```
    Compare a PiVector with one int; return true, if the PiVector has size 1 and the only entry is equal to the int argument.
  - equals
```
public boolean equals(PiVector partPath,
             int i,
             int j)
```
    Compare a PiVector with two ints; return true, if the PiVector has size 2 and the entries are equal to the two int arguments, respectively.
  - equals
```
public boolean equals(PiVector partPath,
             int[] path)
```
    Compare a PiVector with an int array; return true, if PiVector and array have the same size and the entries are equal for each index.

Class PgWeierstrassDescr

Field Summary

Fields inherited from class jv.object.PsObject

Fields inherited from interface jv.project.PgGeometryIf

Constructor Summary

Method Summary

Methods inherited from class jv.project.PgGeometry

Methods inherited from class jv.object.PsObject

Methods inherited from class java.lang.Object

Methods inherited from interface jv.project.PgGeometryIf

Methods inherited from interface jv.object.PsUpdateIf

Field Detail

REFLECT_PLANE

REFLECT_LINE

m_numUserReflections

Constructor Detail

PgWeierstrassDescr

PgWeierstrassDescr

Method Detail

init

update

setNumIntegratedPatches

getNumIntegratedPatches

setDomain

getNumULines

getNumVLines

setUMin

getUMin

setUMax

getUMax

setVMin

getVMin

setVMax

getVMax

addParameter

setVertDim

fun

transform

transform

f

g

getNumParts

getNumParts

getDimOfElements

partIsSubdivided

getConnections

setConnections

getConnections

getConnections

connectPart

getReflections

returnUserReflections

newReflection

setReflection

getReflections

getReflections

connectReflection

connectReflection

reflectPart

getBndReflectType

getStartU

getStartV

getFStart

getFStart

getMarkedBndNr

setMarkedBndNr

setReflectPartNr

setPartBndNr

isEnabledMarkBnd

setEnabledMarkBnd

equals

equals

equals