Serialized Form ("JavaView Reference Manual")

Package jv.anim
- Class jv.anim.PsAnimation extends PsObject implements Serializable
  - Serialized Fields
    - m_dynamicList
```
java.util.Vector<E> m_dynamicList
```
      Hashtable of time listeners.
    - m_modal
```
boolean m_modal
```
      Flag is animation is modal such that the start method blocks until this animation has stopped.
    - m_globalTime
```
double m_globalTime
```
      Global time of the external animation. If dynamic object of 'this' shall be frozen to a specific time, then set m_syncFlag==false. In such a case, m_currentTime shows the time of the dynamic object.
    - m_currentTime
```
PuDouble m_currentTime
```
      Current time of the dynamic object. If m_syncFlag==false current time may be different from m_globalTime.
    - m_speedType
```
int m_speedType
```
      Speed type of animation, possible values FORWARD, REWIND, FAST_FORWARD, FAST_REWIND.
    - m_timeIncr
```
double m_timeIncr
```
      Time increment equals +/-m_currentTime.line/page increments.
    - m_sleepInterval
```
long m_sleepInterval
```
      Sleep interval length between two timer events.
    - m_repeat
```
int m_repeat
```
      Determines repeat mode, possible values ONE_WAY, LOOP, BACK_FORTH.
    - m_syncFlag
```
boolean m_syncFlag
```
      Synchronize with global time if true. Flag is initialized during construction if user forgets to create constructor in the right way, i.e. forgets to call method init().
    - m_enableKeys
```
boolean m_enableKeys
```
      Set visibility of key buttons prevKey, nextKey etc. in animation panel.
    - m_interpolType
```
int m_interpolType
```
      Set visibility of key buttons prevKey, nextKey etc. in animation panel.
    - m_position
```
int[] m_position
```
      Default position and size of animation dialog.
- Class jv.anim.PsAnimation_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_anim
```
PsAnimation m_anim
```
    - m_gCheckbox
```
java.awt.CheckboxGroup m_gCheckbox
```
    - m_cOneWay
```
java.awt.Checkbox m_cOneWay
```
    - m_cLoop
```
java.awt.Checkbox m_cLoop
```
    - m_cBackForth
```
java.awt.Checkbox m_cBackForth
```
    - m_cInterpolate
```
java.awt.Checkbox m_cInterpolate
```
    - m_pKeyframe
```
PsPanel m_pKeyframe
```
    - m_bRewind
```
java.awt.Button m_bRewind
```
    - m_bStart
```
java.awt.Button m_bStart
```
    - m_bStop
```
java.awt.Button m_bStop
```
    - m_bForward
```
java.awt.Button m_bForward
```
    - m_bFirstKey
```
java.awt.Button m_bFirstKey
```
    - m_bPreviousKey
```
java.awt.Button m_bPreviousKey
```
    - m_bNextKey
```
java.awt.Button m_bNextKey
```
    - m_bLastKey
```
java.awt.Button m_bLastKey
```
    - m_labelPanel
```
java.awt.Panel m_labelPanel
```
    - m_pKeyButtonPanel
```
java.awt.Panel m_pKeyButtonPanel
```
- Class jv.anim.PsKey extends PsObject implements Serializable
  - Serialized Fields
    - m_time
```
double m_time
```
      Time of associated geometry.
    - m_geom
```
PgGeometry m_geom
```
      Geometry associated with this key.
- Class jv.anim.PsKeyframe extends PgGeometry implements Serializable
  - Serialized Fields
    - m_currentTime
```
double m_currentTime
```
      Current time of the interpolated object.
    - m_inter
```
PgGeometry m_inter
```
      Dynamic, interpolated object corresponding to current time.
    - m_list
```
java.util.Vector<E> m_list
```
      Vector with list of keys sorted with increasing time.
    - m_className
```
java.lang.String m_className
```
      Class name of objects in list.
    - m_bShowKeysOnly
```
boolean m_bShowKeysOnly
```
      Flag determines whether smooth interpolation or key objects only are shown.
    - m_anim
```
PsAnimation m_anim
```
      Supervising animation control, empty if not used.
- Class jv.anim.PsTimeEvent extends java.lang.Object implements Serializable
  - Serialized Fields
    - m_time
```
double m_time
```
      Current time.
Package jv.function
- Class jv.function.PuFunction extends PsObject implements Serializable
  - Serialized Fields
    - m_numVariables
```
int m_numVariables
```
    - m_numFunctions
```
int m_numFunctions
```
    - m_numParameters
```
int m_numParameters
```
    - m_expr
```
Expr[] m_expr
```
    - m_exprString
```
java.lang.String[] m_exprString
```
    - m_defExprString
```
java.lang.String[] m_defExprString
```
    - m_exprName
```
java.lang.String[] m_exprName
```
      Optional individual name of each function expression. By default, the function names are {"x", "y", "z", "t"} or, if more than 4 functions, the names are {"F[0]", "F[1]", ...}.
    - m_varName
```
java.lang.String[] m_varName
```
      Variable names.
    - m_var
```
Variable[] m_var
```
    - m_parm
```
java.util.Hashtable<K,V> m_parm
```
    - m_slider
```
java.util.Vector<E> m_slider
```
      Global parameters register with slider.
      
      Since:
      
      JavaView 3.50.003
- Class jv.function.PuFunction_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_function
```
PuFunction m_function
```
    - m_textLength
```
int m_textLength
```
    - m_textExpr
```
java.awt.TextField[] m_textExpr
```
    - m_numFunctions
```
int m_numFunctions
```
    - m_pFunction
```
PsPanel m_pFunction
```
    - m_numSliders
```
int m_numSliders
```
    - m_pSlider
```
PsPanel m_pSlider
```
Package jv.geom
- Class jv.geom.PgBndConstraint extends PsObject implements Serializable
  - Serialized Fields
    - m_dim
```
int m_dim
```
      Dimension of vertices and vectors used as constraints.
    - m_shape
```
java.util.BitSet m_shape
```
      Bitset contains all flags of this constraint.
    - m_start
```
PdVector m_start
```
      Start point of boundary, first vertex.
    - m_end
```
PdVector m_end
```
      End point of boundary, last vertex.
    - m_vec1
```
PdVector m_vec1
```
      Additional control vertex, meaning depends on current shape.
    - m_vec2
```
PdVector m_vec2
```
      Additional control vertex, meaning depends on current shape.
    - m_dir
```
PdVector m_dir
```
      Unit direction of constraining line or unit normal of constraining plane.
    - m_startDir
```
PdVector m_startDir
```
      Special constraint for the first point of boundary, for example, two adjacent planar curves force the common vertex to lie on the straight line along which both plane intersect. If this instance variable is null, then there is no constraint.
    - m_endDir
```
PdVector m_endDir
```
      Special constraint for the last point of boundary, for example, two adjacent planar curves force the common vertex to lie on the straight line along which both plane intersect. If this instance variable is null, then there is no constraint.
- Class jv.geom.PgBndPolygon extends PgPolygon implements Serializable
  - Serialized Fields
    - m_geom
```
PgElementSet m_geom
```
      Polyhedral surface which has 'this' as boundary, i.e. the base surface.
    - m_vertexInd
```
PiVector m_vertexInd
```
      Indices of vertices in the corresponding vertex array of the underlying base surface. The geometric vertices of this boundary polygon are then copies of surface vertices of the base surface.
    - m_elementInd
```
PiVector m_elementInd
```
      Elements of the base surface adjacent to boundary edges.
    - m_neighbourLocInd
```
PiVector m_neighbourLocInd
```
      Local index of m_geom.m_neighbour referencing to boundary edge.
    - m_bConforming
```
boolean m_bConforming
```
      Flag whether boundary refers to a non-conforming elementSet and has been updated.
    - m_bShowIndividualMaterial
```
boolean m_bShowIndividualMaterial
```
      Flag if individual material of vf or of pointSet is used.
    - m_bndConstraint
```
PgBndConstraint m_bndConstraint
```
      Constraints describing how the boundary is allowed to move when varying the surface. E.g. boundary may be fixed, constraint to a line or to a plane, and others.
- Class jv.geom.PgBndPolygon_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_bndPolygon
```
PgBndPolygon m_bndPolygon
```
    - m_tName
```
java.awt.TextField m_tName
```
    - m_vertexPanel
```
PdArray_IP m_vertexPanel
```
    - m_visibleVectors
```
int m_visibleVectors
```
    - m_visibleDim
```
int m_visibleDim
```
    - m_cIndiv
```
java.awt.Checkbox m_cIndiv
```
      Checkbox if individual material properties of vector field are use, or properties determined in PgPointSet_MP.
    - m_pSizes
```
PsPanel m_pSizes
```
      Panel for global size and length.
- Class jv.geom.PgEdgeStar extends PiVector implements Serializable
  - Serialized Fields
    - m_maxValence
```
int m_maxValence
```
      Maximal number of assigned adjacent elements.
    - m_valence
```
int m_valence
```
      Current number of assigned adjacent elements.
    - m_elementInd
```
int[] m_elementInd
```
      Element indices containing edge. There may be more than two elements joining an edge, but only two elements are allowed for manifold polyhedrons.
    - m_neighbourLocInd
```
int[] m_neighbourLocInd
```
      Local index of vertex in each element such that neighbour value of vertex references to the neighbouring element at this edge. I.e. triang.m_neighbour[elemInd].m_data[m_neighbourLocInd] = index of adjacent element
- Class jv.geom.PgElementSet extends PgPointSet implements Serializable
  - Serialized Fields
    - m_bShowEdgeLabels
```
boolean m_bShowEdgeLabels
```
      Flag whether labels of edges are shown in display.
    - m_bShowElementLabels
```
boolean m_bShowElementLabels
```
      Flag whether labels of elements are shown in display.
    - m_dimOfElements
```
int m_dimOfElements
```
      Determines size of elements. It has the following states m_dimOfElement = -1 elements have different size = 3 all elements are triangles = 4 all elements are quadrilaterals = .. all elements are polygons with same size Some methods assume all elements to be triangles. In such a case all elements are triangulated.
      
      See Also:
      PgElementSet.setDimOfElements(int)
    - m_maxDimOfElements
```
int m_maxDimOfElements
```
      Maximal number of vertices per element.
    - m_numElements
```
int m_numElements
```
      Number of used elements. Each element may be a polygon of different size.
      
      See Also:
      PgElementSet.setNumElements(int)
    - m_maxNumElements
```
int m_maxNumElements
```
      Number of allocated elements, in contrast to the number of used elements. This value is adjusted automatically whenever more memory is needed.
    - m_element
```
PiVector[] m_element
```
      Array with all polygonal elements. Each element with, say k, vertices is given by the indices of its k vertices in array '[] m_vertex' of the superclass. Elements may have different number of edges.
    - m_elementColor
```
java.awt.Color[] m_elementColor
```
      Array with a color of each element. Used in display if array is not null.
    - m_elementBackColor
```
java.awt.Color[] m_elementBackColor
```
      Array with a color of each backside element. Used in display if array is not null.
    - m_elementNormal
```
PdVector[] m_elementNormal
```
      Array with a normal per element.
    - m_neighbour
```
PiVector[] m_neighbour
```
      Array with neighbours of all elements. For each element with, say k, edges exists a corresponding neighbour array listing the indices of the neighbouring elements at these edges. See method makeNeighbour() for details on usage.
    - m_bndList
```
PgBndPolygon[] m_bndList
```
      Array with boundary polygons. Each polygon may have boundary constraints.
    - m_selectedBndPolygon
```
PgBndPolygon m_selectedBndPolygon
```
      Currently selected boundary polygon.
    - m_bShowBoundaries
```
boolean m_bShowBoundaries
```
      Flag whether boundaries are shown in display.
    - m_bShowTaggedBoundaries
```
boolean m_bShowTaggedBoundaries
```
      Flag whether tagged boundaries are shown in display.
    - m_globalBndColor
```
PdColor m_globalBndColor
```
      Global color of boundary used in display.
    - m_globalBndTagColor
```
PdColor m_globalBndTagColor
```
      Global color of tagged boundary used in display.
    - m_globalBndSize
```
PuDouble m_globalBndSize
```
      Thickness in pixels of boundary edges used in display.
    - m_bConforming
```
boolean m_bConforming
```
      Indicates whether triangulation is in edge midpoint or vertex (true) representation.
    - m_elementSaved
```
PiVector[] m_elementSaved
```
      Saved original vertex indices of elements of vertex based triangulation.
    - m_savedNumVertices
```
int m_savedNumVertices
```
      Saved number of vertices of vertex based triangulation.
    - m_bShowElementTexture
```
boolean m_bShowElementTexture
```
      Show element texture.
    - m_elementTexture
```
PdVector[][] m_elementTexture
```
      Texture coordinates for each element.
    - m_bShowSilhouette
```
boolean m_bShowSilhouette
```
      Flag whether edges at horizon are shown thickened in display.
    - m_bEnableEdges
```
boolean m_bEnableEdges
```
      Determines if list of edges is maintained as instance variable.
      
      Since:
      
      JavaView 3.96.026
    - m_numEdgeStars
```
int m_numEdgeStars
```
      Number of used edges. Each edge may be a polygon of different size.
    - m_edgeStar
```
PgEdgeStar[] m_edgeStar
```
      Array with edges of element set. Will be updated whenever connectivity changes. Use makeEdgeStars() or makeNeighbour() to generate edge array.
    - m_edgeColor
```
java.awt.Color[] m_edgeColor
```
      Color of each edge. Optionally, the edge colors may also be induced from either element or vertex colors if available.
      
      Since:
      
      JavaView 3.96.026
    - m_edgeSize
```
PdVector m_edgeSize
```
      Thickness of each edge measured as radius of the representing circle or glyph.
      
      Since:
      
      JavaView 3.96.026
    - m_elementEdge
```
PiVector[] m_elementEdge
```
      For each element, the indices of the incident edges in the same enumeration as the neighbour array.
      
      Since:
      
      JavaView 3.96.026
    - m_bShowEdges
```
boolean m_bShowEdges
```
      Flag whether edges are shown in display.
    - m_bShowTaggedEdges
```
boolean m_bShowTaggedEdges
```
      Flag whether tagged edges are shown in display.
    - m_bShowEdgeColors
```
boolean m_bShowEdgeColors
```
      Flag if global color of edges used in display, applied if no individual edge coloring available.
    - m_bShowEdgeColorFromElements
```
boolean m_bShowEdgeColorFromElements
```
      Flag if edge colors are induced from element colors.
    - m_bShowEdgeColorFromVertices
```
boolean m_bShowEdgeColorFromVertices
```
      Flag if edge colors are induced from vertex colors.
    - m_globalEdgeColor
```
PdColor m_globalEdgeColor
```
      Global color of edges used in display, applied if no individual edge coloring available.
    - m_globalEdgeTagColor
```
PdColor m_globalEdgeTagColor
```
      Global color of tagged edges used in display.
    - m_globalEdgeSize
```
PuDouble m_globalEdgeSize
```
      Thickness in pixels of each edge used in display.
    - m_bShowEdgeSizes
```
boolean m_bShowEdgeSizes
```
      Flag whether to show individual or global edge thickness.
      
      Since:
      
      JavaView 3.96.026
    - m_creaseAngle
```
PuDouble m_creaseAngle
```
      Crease angle is a threshold determining sharp crease edges. In smooth lighting and shading there is no interpolation across crease edges. An edge is a crease edge if the dihedral angle (positive angle between normals) between the two adjacent faces is equal or larger than the crease angle threshold. The crease angle is measure in radians in [0,Pi]. A crease angle 0 induces flat shading and prevents all smoothing, and a crease angle Pi+eps shows all edges with smooth shading.
      
      Since:
      
      JavaView 3.03.007
    - m_bShowElements
```
boolean m_bShowElements
```
      Flag whether elements are shown in display.
    - m_bShowTaggedElements
```
boolean m_bShowTaggedElements
```
      Flag whether to show tagged elements or not.
    - m_bShowBackface
```
boolean m_bShowBackface
```
      Flag whether to show back facing elements whose element normal points always from camera.
    - m_bShowElementNormals
```
boolean m_bShowElementNormals
```
      Flag whether to show element normals or not.
    - m_bShowElementNormalArrow
```
boolean m_bShowElementNormalArrow
```
      Flag whether to show arrow of element normals or not.
    - m_globalElementNormalLength
```
PuDouble m_globalElementNormalLength
```
      Scaling factor of all element normals used in display.
    - m_globalElementNormalSize
```
PuDouble m_globalElementNormalSize
```
      Thickness in pixels of each element normal used in display.
    - m_globalElementNormalColor
```
PdColor m_globalElementNormalColor
```
      Global color of element normals used in display.
    - m_bShowElementColors
```
boolean m_bShowElementColors
```
      Flag if individual color of elements used in display.
    - m_globalElementColor
```
PdColor m_globalElementColor
```
      Global color of elements used in display, applied if no individual element coloring available.
    - m_globalElementTagColor
```
PdColor m_globalElementTagColor
```
      Global color of tagged elements used in display.
    - m_globalElementBackColor
```
PdColor m_globalElementBackColor
```
      Global color of backside of elements used in display, applied if enabled.
    - m_bShowElementBackColor
```
boolean m_bShowElementBackColor
```
      Flag to enable showing of separate backface color of elements.
    - m_bShowElementBackColors
```
boolean m_bShowElementBackColors
```
      Flag if individual color of backside elements used in display.
    - m_bShowSmoothLighting
```
boolean m_bShowSmoothLighting
```
      Flag if Gouraud shading is enabled.
    - m_bShowSmoothEdgeColors
```
boolean m_bShowSmoothEdgeColors
```
      Flag if edges are smoothly shaded, currently requires vertex colors.
    - m_bShowSmoothElementColors
```
boolean m_bShowSmoothElementColors
```
      Flag if elements are smoothly shaded, currently requires vertex colors.
    - m_bShowElementColorFromVertices
```
boolean m_bShowElementColorFromVertices
```
      Flag if smooth element coloring uses vertex colors. Requires vertex colors.
- Class jv.geom.PgElementSet_BP extends PsPanel implements Serializable
  - Serialized Fields
    - m_elementSet
```
PgElementSet m_elementSet
```
      Parent element set whose data is inspected.
    - m_selectedBnd
```
PgBndPolygon m_selectedBnd
```
      Currently selected boundary polygon.
    - m_tNumBnds
```
java.awt.TextField m_tNumBnds
```
      Text field shows the number of bnd polygons.
    - m_pVertexIP
```
PsPanel m_pVertexIP
```
      Panel of boundary vertices.
    - m_listVisible
```
java.awt.List m_listVisible
```
      List of visible geometries in display.
    - m_listSelect
```
java.awt.List m_listSelect
```
      Select exactly one of the registered geometry to be active, i.e. receives pick events.
    - m_bSelect
```
java.awt.Button m_bSelect
```
      Switch to select mode to select a geometry in list of visible geometries.
    - m_bSelectAll
```
java.awt.Button m_bSelectAll
```
      Switch to select mode to select a geometry in list of visible geometries.
    - m_bDeleteAll
```
java.awt.Button m_bDeleteAll
```
      Switch to delete mode to delete a geometry in list of visible geometries.
- Class jv.geom.PgElementSet_IP extends PgPointSet_IP implements Serializable
  - Serialized Fields
    - m_elementSet
```
PgElementSet m_elementSet
```
    - m_tNumElements
```
java.awt.TextField m_tNumElements
```
    - m_tDimElements
```
java.awt.Label m_tDimElements
```
    - m_elementPanel
```
PiArray_IP m_elementPanel
```
    - m_maxVisibleVectors
```
int m_maxVisibleVectors
```
    - m_maxVisibleDim
```
int m_maxVisibleDim
```
- Class jv.geom.PgElementSet_Menu extends PgPointSet_Menu implements Serializable
  - Serialized Fields
    - m_elementSetMethod
```
java.lang.String[] m_elementSetMethod
```
    - m_elementSet
```
PgElementSet m_elementSet
```
- Class jv.geom.PgElementSet_MP extends PgPointSet_MP implements Serializable
  - Serialized Fields
    - m_elementSet
```
PgElementSet m_elementSet
```
    - m_cEdge
```
java.awt.Checkbox m_cEdge
```
    - m_cBoundary
```
java.awt.Checkbox m_cBoundary
```
    - m_cFace
```
java.awt.Checkbox m_cFace
```
    - m_cFaceNormal
```
java.awt.Checkbox m_cFaceNormal
```
    - m_pElementColor
```
PsPanel m_pElementColor
```
      Info panel of instance variable of current parent.
    - m_pElementBackColor
```
PsPanel m_pElementBackColor
```
      Info panel of instance variable of current parent.
    - m_pEdgeColor
```
PsPanel m_pEdgeColor
```
      Info panel of instance variable of current parent.
    - m_pBndColor
```
PsPanel m_pBndColor
```
      Info panel of instance variable of current parent.
- Class jv.geom.PgElementSet_TP extends PsPanel implements Serializable
  - Serialized Fields
    - m_elementSet
```
PgElementSet m_elementSet
```
      Parent element set whose data is inspected.
    - m_gTypeMode
```
java.awt.CheckboxGroup m_gTypeMode
```
      Group of texture type checkboxes.
    - m_cElementTex
```
java.awt.Checkbox m_cElementTex
```
      Checkbox for element based textures.
    - m_cVertexTex
```
java.awt.Checkbox m_cVertexTex
```
      Checkbox for vertex based textures.
    - m_pNumTextures
```
java.awt.Panel m_pNumTextures
```
      Total number of texture coordinates of geometry.
    - m_texturePanel
```
PdArray_IP m_texturePanel
```
      Panel of texture coordinates.
    - m_maxVisibleVectors
```
int m_maxVisibleVectors
```
      Maximal number of visible texture coordinates.
    - m_maxVisibleDim
```
int m_maxVisibleDim
```
      Maximal dimension of each texture vector.
    - m_pTexture
```
PsPanel m_pTexture
```
      Included panel of texture instance of geometry.
    - m_lNotice
```
PsMultiLineLabel m_lNotice
```
      Texture notice.
    - m_bClose
```
java.awt.Button m_bClose
```
      Button to close the image with texture coordinates.
    - m_cShowTexture
```
java.awt.Checkbox m_cShowTexture
```
      Enable showing of texture on surface.
    - m_bShowDomain
```
java.awt.Button m_bShowDomain
```
      Show texture image in a separate display.
    - m_cShowMesh
```
java.awt.Checkbox m_cShowMesh
```
      Show texture coordinates on texture image in a separate display.
    - m_cSyncSelect
```
java.awt.Checkbox m_cSyncSelect
```
      Synchronize selection of vertices of texture surface and main surface.
    - m_cSyncLabels
```
java.awt.Checkbox m_cSyncLabels
```
      Synchronize showing of labels of texture surface and main surface.
    - m_display
```
PvDisplayIf m_display
```
      Internal display to shows the texture image and geometry in the texture domain.
    - m_texGeom
```
PgElementSet m_texGeom
```
      Internal geometry shows the texture coordinates in the texture domain. The vertices of this geometry are the texture coordinates of the source geometry.
    - m_imgGeom
```
PgElementSet m_imgGeom
```
      Internal geometry is a rectangle to show the planar image in the texture domain.
    - m_bUpdateFromHere
```
boolean m_bUpdateFromHere
```
      Avoid update loop when texGeom is updated from srcGeom.
    - m_bDomainMode
```
boolean m_bDomainMode
```
      Determines if texture domain display is currently showing.
    - m_colorDomainMode
```
java.awt.Color m_colorDomainMode
```
      Stores background color when texture domain display is showing.
    - m_elementInd
```
PuInteger m_elementInd
```
      Determines currently selected element when element texture coordinates are shown.
    - m_pElemSlider
```
PsPanel m_pElemSlider
```
      Determines currently selected element when element texture coordinates are shown.
- Class jv.geom.PgPointSet extends PgGeometry implements Serializable
  - Serialized Fields
    - m_bEnabledIndexLabels
```
boolean m_bEnabledIndexLabels
```
      Flag whether default labels are shown in display if no label exists for an item. Usually, the default label is the index of an item in an array. For example, the index of a vertex in the vertex array of a point set.
    - m_bShowIndices
```
boolean m_bShowIndices
```
      Flag whether indices of vertices and elements are shown in display.
    - m_bShowVertexLabels
```
boolean m_bShowVertexLabels
```
      Flag whether labels of vertices are shown in display.
    - m_numVertices
```
int m_numVertices
```
      Number of used vertices. Do not modify directly, use setNumOfVertices().
    - m_maxNumVertices
```
int m_maxNumVertices
```
      Number of allocated vertices, in contrast to the number of used elements. This value is adjusted automatically whenever more memory is needed.
    - m_dimOfColors
```
int m_dimOfColors
```
      Dimension of all colors.
    - m_texture
```
PgTexture m_texture
```
      Texture image.
    - m_dimOfTextures
```
int m_dimOfTextures
```
      Dimension of texture coordinates.
    - m_bShowVertexTexture
```
boolean m_bShowVertexTexture
```
      Show texture in display.
    - m_vertexTexture
```
PdVector[] m_vertexTexture
```
      Texture coordinates of each vertex in [0,1]*[0,1].
    - m_shininess
```
PuDouble m_shininess
```
      Shininess determines the specular exponent of highlights.
    - m_specularColor
```
PdColor m_specularColor
```
      Specular color determines the color of highlights.
    - m_transparency
```
PuDouble m_transparency
```
      Transparency is in [0, 1] where 0 corresponds to opaque and 1 to fully transparent.
    - m_bShowTransparency
```
boolean m_bShowTransparency
```
      Flag is transparency is enabled.
    - m_vertex
```
PdVector[] m_vertex
```
      Array of m_dim - dimensional vertices of point set. Dimension of all vertices is constant, and is determined as argument of the constructor. Applications usually call getVertices() to obtain vertex array, and work directly on the vertices.
      
      See Also:
      PgGeometry.getDimOfVertices(), PgPointSet.getVertices()
    - m_vertexColor
```
java.awt.Color[] m_vertexColor
```
      Color of each vertex, usually empty array.
    - m_vertexNormal
```
PdVector[] m_vertexNormal
```
      Array of m_dim - dimensional normals of point set with one normal per vertex.
    - m_vertexSize
```
PdVector m_vertexSize
```
      Relative thickness of each vertex which determines the radius of the representing circle. The invidual vertex sizes in [0,1] act as factor on the global vertex size. The global vertex size determines the pixel radius of the circle-glyph of a vertex.
      
      Since:
      
      JavaView 2.43
    - m_bShowVertexSizes
```
boolean m_bShowVertexSizes
```
      Flag whether to show individual or global vertex thickness.
      
      Since:
      
      JavaView 2.43
    - m_dimOfVectors
```
int m_dimOfVectors
```
      Dimension of the vectors of vector fields of a geometry.
      Note, normal vectors are special since they always have dimension equal to the dimension of vertices.
    - m_numVectorFields
```
int m_numVectorFields
```
      Number of registered user classes.
    - m_vectorField
```
java.util.Vector<E> m_vectorField
```
      List of registered user classes.
    - m_selectedVectorField
```
PgVectorField m_selectedVectorField
```
      Currently selected vector field.
    - m_bShowSingleVectorField
```
boolean m_bShowSingleVectorField
```
      Flag if a single or multiple vector fields may be visible simultaneously.
    - m_bShowVectorFields
```
boolean m_bShowVectorFields
```
      Global flag whether to show vector fields or not.
    - m_bShowVectorArrows
```
boolean m_bShowVectorArrows
```
      Global flag whether tip of vector is shown as arrow.
    - m_globalVectorColor
```
PdColor m_globalVectorColor
```
      Global color of all vector fields used in display.
    - m_globalVectorLength
```
PuDouble m_globalVectorLength
```
      Scaling factor of all vector fields used in display.
    - m_globalVectorSize
```
PuDouble m_globalVectorSize
```
      Thickness in pixels of each vector used in display.
    - m_bShowVectorColors
```
boolean m_bShowVectorColors
```
      Flag if global color of vectors used in display, applied if no individual vector coloring available.
    - m_bShowVertices
```
boolean m_bShowVertices
```
      Flag whether vertices are shown in display.
    - m_bShowTaggedVertices
```
boolean m_bShowTaggedVertices
```
      Flag whether tagged vertices are shown in display.
    - m_bShowVertexOutline
```
boolean m_bShowVertexOutline
```
      Flag whether drawing of border of vertex circles is enabled.
    - m_globalVertexSize
```
PuDouble m_globalVertexSize
```
      Thickness in pixels of each vertex used in display.
    - m_bShowVertexColors
```
boolean m_bShowVertexColors
```
      Flag if global color of vertices used in display, applied if no individual vertex coloring available.
    - m_globalVertexColor
```
PdColor m_globalVertexColor
```
      Global color of vertices used in display, applied if no individual vertex coloring available.
    - m_globalVertexTagColor
```
PdColor m_globalVertexTagColor
```
      Global color of tagged vertices used in display.
    - m_bShowVertexNormals
```
boolean m_bShowVertexNormals
```
      Flag whether to show vertex normals or not.
    - m_bShowVertexNormalArrow
```
boolean m_bShowVertexNormalArrow
```
      Flag whether to show arrow of vertex normals or not.
    - m_globalVertexNormalLength
```
PuDouble m_globalVertexNormalLength
```
      Scaling factor of all vertex normals used in display.
    - m_globalVertexNormalSize
```
PuDouble m_globalVertexNormalSize
```
      Thickness in pixels of each vertex normal used in display.
    - m_globalVertexNormalColor
```
PdColor m_globalVertexNormalColor
```
      Global color of vertex normals used in display, applied if no individual normal coloring available.
    - m_geomItem
```
java.util.Vector<E> m_geomItem
```
      List of geometry items available in this geometry, such as "Name", "Vertex" etc. Used in label inspector.
    - m_bUpdateSender
```
boolean m_bUpdateSender
```
- Class jv.geom.PgPointSet_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_pointSet
```
PgPointSet m_pointSet
```
    - m_tName
```
java.awt.TextField m_tName
```
    - m_tNumVertices
```
java.awt.TextField m_tNumVertices
```
    - m_vertexPanel
```
PdArray_IP m_vertexPanel
```
    - m_maxVisibleVectors
```
int m_maxVisibleVectors
```
    - m_maxVisibleDim
```
int m_maxVisibleDim
```
    - m_pAuthor
```
java.awt.Panel m_pAuthor
```
    - m_pDescription
```
java.awt.Panel m_pDescription
```
    - m_bAuthor
```
java.awt.Button m_bAuthor
```
    - m_bDescription
```
java.awt.Button m_bDescription
```
    - m_center
```
PdVector m_center
```
      Panel center of geometry.
    - m_pCenter
```
PdVector_IP m_pCenter
```
- Class jv.geom.PgPointSet_LP extends PsPanel implements Serializable
  - Serialized Fields
    - m_pointSet
```
PgPointSet m_pointSet
```
    - m_fontName
```
java.lang.String[] m_fontName
```
    - m_cType
```
java.awt.Choice m_cType
```
      Selected label type.
    - m_geomInd
```
int m_geomInd
```
      Geometry index which corresponds to currently selected type.
    - m_cFont
```
java.awt.Choice m_cFont
```
      Font of selected label.
    - m_cStyle
```
java.awt.Choice m_cStyle
```
      Font style of selected label.
    - m_fontColor
```
PdColor m_fontColor
```
      Color of selected label.
    - m_fontSize
```
PuDouble m_fontSize
```
      Font size of selected label.
    - m_cAlignX
```
java.awt.Choice m_cAlignX
```
      Horizontal alignment of selected label.
    - m_cAlignY
```
java.awt.Choice m_cAlignY
```
      Vertical alignment of selected label.
    - m_offsetX
```
PuInteger m_offsetX
```
      Horizontal offset of selected label.
    - m_offsetY
```
PuInteger m_offsetY
```
      Vertical offset of selected label.
    - m_cPreview
```
PsMultiLineLabel m_cPreview
```
      Canvas shows preview of currently selected font and properties.
- Class jv.geom.PgPointSet_Menu extends PgGeometry_Menu implements Serializable
  - Serialized Fields
    - m_pointSetMethod
```
java.lang.String[] m_pointSetMethod
```
    - m_pointSet
```
PgPointSet m_pointSet
```
- Class jv.geom.PgPointSet_MP extends PsPanel implements Serializable
  - Serialized Fields
    - m_pointSet
```
PgPointSet m_pointSet
```
    - m_pSwitches
```
java.awt.Panel m_pSwitches
```
      Panel with switches, subclasses add further switches.
    - m_pGlobalColor
```
PsPanel m_pGlobalColor
```
      Panel for global color, subclasses add further controls.
    - m_pGlobalSizes
```
PsPanel m_pGlobalSizes
```
      Panel for global size and length, subclasses add further controls.
    - m_cLabels
```
java.awt.Checkbox m_cLabels
```
    - m_cTransparency
```
java.awt.Checkbox m_cTransparency
```
    - m_cVertex
```
java.awt.Checkbox m_cVertex
```
    - m_cVertexNormal
```
java.awt.Checkbox m_cVertexNormal
```
    - m_cVectorField
```
java.awt.Checkbox m_cVectorField
```
    - m_cBndBox
```
java.awt.Checkbox m_cBndBox
```
    - m_cRGB
```
java.awt.Checkbox m_cRGB
```
    - m_cHSB
```
java.awt.Checkbox m_cHSB
```
    - m_pVertexColor
```
PsPanel m_pVertexColor
```
      Info panel of instance variable of current parent.
- Class jv.geom.PgPointSet_VP extends PsPanel implements Serializable
  - Serialized Fields
    - m_pointSet
```
PgPointSet m_pointSet
```
      Parent element set whose data is inspected.
    - m_selectedVf
```
PgVectorField m_selectedVf
```
      Currently selected vector field.
    - m_tNumFields
```
java.awt.TextField m_tNumFields
```
      Text field shows the number of vector fields.
    - m_pVectorIP
```
PsPanel m_pVectorIP
```
      Panel of vector coordinates.
    - m_gSelectionMode
```
java.awt.CheckboxGroup m_gSelectionMode
```
      CheckboxGroup determining whether a single or multiple geometries may be visible.
    - m_cSingle
```
java.awt.Checkbox m_cSingle
```
      Checkbox determines whether only a single geometry may be visible.
    - m_cMultiple
```
java.awt.Checkbox m_cMultiple
```
      Checkbox determines whether multiple geometries may be visible at the same time.
    - m_listVisible
```
java.awt.List m_listVisible
```
      List of visible geometries in display.
    - m_listSelect
```
java.awt.List m_listSelect
```
      Select exactly one of the registered geometry to be active, i.e. receives pick events.
    - m_bDeleteMode
```
boolean m_bDeleteMode
```
      Switch mode to true when button is pressed and user shall click on removable geometry. After click on single geometry, mode is switched back to false. For multiple delete operations, press button repeatedly.
    - m_deleteColor
```
java.awt.Color m_deleteColor
```
      Store background color of button while delete mode is on.
    - m_bDuplicateMode
```
boolean m_bDuplicateMode
```
      Switch mode to true when button is pressed and user shall click on geometry to duplicate. After click on single geometry, mode is switched back to false. For multiple duplications, press button repeatedly.
    - m_duplicateColor
```
java.awt.Color m_duplicateColor
```
      Store background color of button while duplicate mode is on.
    - m_bNew
```
java.awt.Button m_bNew
```
      Merge visible geometries.
    - m_bDuplicate
```
java.awt.Button m_bDuplicate
```
      Switch to duplicate mode to duplicate a geometry in list of visible geometries.
    - m_bDelete
```
java.awt.Button m_bDelete
```
      Switch to delete mode to delete a geometry in list of visible geometries.
    - m_bDeleteHidden
```
java.awt.Button m_bDeleteHidden
```
      Delete all invisible vector fields of a geometry.
- Class jv.geom.PgPolygon extends PgPointSet implements Serializable
  - Serialized Fields
    - m_maxNumEdges
```
int m_maxNumEdges
```
      Maximal number of edges of this polygon.
    - m_numEdges
```
int m_numEdges
```
      Number of edges of this polygon. If polygon is closed then the number is equal to number of vertices of the pointSet. If the polygon is not closed then the number is equal to (number of vertices-1).
    - m_edge
```
PiVector[] m_edge
```
      Index array determines the sequence of vertices in the polygon. If a polygon is not closed then the indices run in linear order thru the integers from 0 to numEdges referring to the vertices of the pointSet. If the polygon is closed then the last entry is 0 referring to the first vertex of the pointSet.
      The size of the edge array is one entry larger than maxNumVertices, since if polygon is closed then the array must also refer back to the first vertex.
      This is an internal variable and will automatically be filled.
    - m_edgeColor
```
java.awt.Color[] m_edgeColor
```
      Array with a color of each edge. Size is always equal to maxNumVertices.
    - m_edgeNormal
```
PdVector[] m_edgeNormal
```
      Array with a normal per edge. Size is always equal to maxNumVertices.
    - m_edgeSize
```
PdVector m_edgeSize
```
      Thickness of each edge measured as radius of the representing circle or glyph.
      
      Since:
      
      JavaView 3.09
    - m_bShowEdgeSizes
```
boolean m_bShowEdgeSizes
```
      Flag whether to show individual or global edge thickness.
      
      Since:
      
      JavaView 3.09
    - m_bClosed
```
boolean m_bClosed
```
      Flag whether polygon is closed, i.e. last vertex is implicitly connected with an edge with the first vertex of the vertex array.
      
      See Also:
      PgPolygon.isClosed(), PgPolygon.setClosed(boolean)
    - m_bShowEdges
```
boolean m_bShowEdges
```
      Flag whether polygon edges are shown in display.
    - m_bShowTaggedEdges
```
boolean m_bShowTaggedEdges
```
      Flag whether tagged polygon edges are shown in display.
    - m_bShowEdgeLabels
```
boolean m_bShowEdgeLabels
```
      Flag whether labels of edges are shown in display.
    - m_bShowPolygonStartArrow
```
boolean m_bShowPolygonStartArrow
```
      Flag whether arrow is shown at first point of polygon.
    - m_bShowPolygonEndArrow
```
boolean m_bShowPolygonEndArrow
```
      Flag whether arrow is shown at last point of polygon.
    - m_bShowEdgeColors
```
boolean m_bShowEdgeColors
```
      Flag whether edge colors are shown in display.
    - m_globalEdgeColor
```
PdColor m_globalEdgeColor
```
      Global color of polygons used in display, applied if no individual polygon coloring available.
    - m_globalEdgeTagColor
```
PdColor m_globalEdgeTagColor
```
      Global color of tagged polygons used in display.
    - m_globalEdgeSize
```
PuDouble m_globalEdgeSize
```
      Thickness in pixels of each edge of this polygon.
    - m_bShowEdgeNormals
```
boolean m_bShowEdgeNormals
```
      Flag whether to show edge normals or not.
    - m_bShowEdgeNormalArrow
```
boolean m_bShowEdgeNormalArrow
```
      Flag whether arrows are shown at edge normals.
    - m_globalEdgeNormalLength
```
PuDouble m_globalEdgeNormalLength
```
      Scaling factor of all edge normals used in display.
    - m_globalEdgeNormalSize
```
PuDouble m_globalEdgeNormalSize
```
      Thickness in pixels of each edge normal used in display.
    - m_globalEdgeNormalColor
```
PdColor m_globalEdgeNormalColor
```
      Global color of edge normals used in display, applied if no individual normal coloring available.
    - m_bShowSmoothLighting
```
boolean m_bShowSmoothLighting
```
      Flag if Gouraud shading is enabled.
    - m_bShowSmoothEdgeColors
```
boolean m_bShowSmoothEdgeColors
```
      Flag if edges are smoothly shaded, currently requires vertex colors.
    - m_bShowEdgeColorFromVertices
```
boolean m_bShowEdgeColorFromVertices
```
      Flag if smooth edge coloring uses vertex colors. Requires vertex colors.
- Class jv.geom.PgPolygon_IP extends PgPointSet_IP implements Serializable
  - Serialized Fields
    - m_polygon
```
PgPolygon m_polygon
```
- Class jv.geom.PgPolygon_Menu extends PgPointSet_Menu implements Serializable
  - Serialized Fields
    - m_polygonMethod
```
java.lang.String[] m_polygonMethod
```
    - m_polygon
```
PgPolygon m_polygon
```
- Class jv.geom.PgPolygon_MP extends PgPointSet_MP implements Serializable
  - Serialized Fields
    - m_polygon
```
PgPolygon m_polygon
```
    - m_cEdge
```
java.awt.Checkbox m_cEdge
```
    - m_cEdgeNormal
```
java.awt.Checkbox m_cEdgeNormal
```
    - m_pEdgeColor
```
PsPanel m_pEdgeColor
```
      Info panel of instance variable of current parent.
- Class jv.geom.PgPolygonSet extends PgPointSet implements Serializable
  - Serialized Fields
    - m_bShowEdgeLabels
```
boolean m_bShowEdgeLabels
```
      Flag whether labels of edges are shown in display.
    - m_bShowPolygonLabels
```
boolean m_bShowPolygonLabels
```
      Flag whether labels of polygons are shown in display.
    - m_dimOfPolygons
```
int m_dimOfPolygons
```
      Determines size of polygons. It has the following states
      m_dimOfPolygon = -1 polygons have different size = 3 all polygons are consist of 3 vertices = .. all polygons are polygons with same size
      See Also:
      PgPolygonSet.setDimOfPolygons(int)
    - m_numPolygons
```
int m_numPolygons
```
      Number of used polygons. Each polygon may be a polygon of different size.
      
      See Also:
      PgPolygonSet.setNumPolygons(int)
    - m_maxNumPolygons
```
int m_maxNumPolygons
```
      Number of allocated polygons, in contrast to the number of used polygons. This value is adjusted automatically whenever more memory is needed.
    - m_polygon
```
PiVector[] m_polygon
```
      Array with all polygonal polygons. Each polygon with, say k, vertices is given by the indices of its k vertices in array '[] m_vertex' of the superclass. Polygons may have different number of polygons.
    - m_polygonColor
```
java.awt.Color[] m_polygonColor
```
      Array with a color of each polygon. Used in display if array is not null.
    - m_polygonNormal
```
PdVector[] m_polygonNormal
```
      Array with a normal per polygon. Currently not used in display but elsewhere.
    - m_polygonSize
```
PdVector m_polygonSize
```
      Thickness of each polygon measured as radius of the representing circle or glyph.
      
      Since:
      
      JavaView 3.09
    - m_bShowPolygonSizes
```
boolean m_bShowPolygonSizes
```
      Flag whether to show individual or global polygon thickness.
      
      Since:
      
      JavaView 3.09
    - m_bShowPolygons
```
boolean m_bShowPolygons
```
      Flag whether polygons are shown in display.
    - m_bShowTaggedPolygons
```
boolean m_bShowTaggedPolygons
```
      Flag whether tagged polygons are shown in display.
    - m_bShowPolygonStartArrow
```
boolean m_bShowPolygonStartArrow
```
      Flag whether arrow is shown at first point of polygon.
    - m_bShowPolygonEndArrow
```
boolean m_bShowPolygonEndArrow
```
      Flag whether arrow is shown at last point of polygon.
    - m_bShowPolygonNormals
```
boolean m_bShowPolygonNormals
```
      Flag whether to show edge normals or not.
    - m_bShowPolygonNormalArrow
```
boolean m_bShowPolygonNormalArrow
```
      Flag whether to show arrow of edge normals or not.
    - m_globalPolygonNormalLength
```
PuDouble m_globalPolygonNormalLength
```
      Scaling factor of all polygon normals used in display.
    - m_globalPolygonNormalSize
```
PuDouble m_globalPolygonNormalSize
```
      Thickness in pixels of each polygon normal used in display.
    - m_globalPolygonNormalColor
```
PdColor m_globalPolygonNormalColor
```
      Global color of polygon normals used in display, applied if no individual normal coloring available.
    - m_bShowPolygonColors
```
boolean m_bShowPolygonColors
```
      Flag if local color of polygons used in display, applied if individual polygon coloring is available.
    - m_globalPolygonColor
```
PdColor m_globalPolygonColor
```
      Global color of polygons used in display, applied if no individual polygon coloring available.
    - m_globalPolygonTagColor
```
PdColor m_globalPolygonTagColor
```
      Global color of tagged polygons used in display.
    - m_globalPolygonSize
```
PuDouble m_globalPolygonSize
```
      Thickness in pixels of each polygon used in display.
    - m_bShowSmoothLighting
```
boolean m_bShowSmoothLighting
```
      Flag if Gouraud shading is enabled.
    - m_bShowSmoothEdgeColors
```
boolean m_bShowSmoothEdgeColors
```
      Flag if polygons are smoothly shaded, currently requires vertex colors.
    - m_bShowEdgeColorFromVertices
```
boolean m_bShowEdgeColorFromVertices
```
      Flag if smooth polygon coloring uses vertex colors. Requires vertex colors.
- Class jv.geom.PgPolygonSet_IP extends PgPointSet_IP implements Serializable
  - Serialized Fields
    - m_polygonSet
```
PgPolygonSet m_polygonSet
```
    - m_tNumPolygons
```
java.awt.TextField m_tNumPolygons
```
    - m_tDimPolygons
```
java.awt.Label m_tDimPolygons
```
    - m_polygonPanel
```
PiArray_IP m_polygonPanel
```
    - m_maxVisibleVectors
```
int m_maxVisibleVectors
```
    - m_maxVisibleDim
```
int m_maxVisibleDim
```
- Class jv.geom.PgPolygonSet_Menu extends PgPointSet_Menu implements Serializable
  - Serialized Fields
    - m_polygonSetMethod
```
java.lang.String[] m_polygonSetMethod
```
    - m_polygonSet
```
PgPolygonSet m_polygonSet
```
- Class jv.geom.PgPolygonSet_MP extends PgPointSet_MP implements Serializable
  - Serialized Fields
    - m_polygonSet
```
PgPolygonSet m_polygonSet
```
    - m_cPolygon
```
java.awt.Checkbox m_cPolygon
```
    - m_cPolygonNormal
```
java.awt.Checkbox m_cPolygonNormal
```
    - m_pPolygonColor
```
PsPanel m_pPolygonColor
```
      Info panel of instance variable of current parent.
- Class jv.geom.PgTexture extends PsObject implements Serializable
  - Serialized Fields
    - m_imageName
```
java.lang.String m_imageName
```
      File name of texture image.
    - m_uMin
```
PuInteger m_uMin
```
      Minimum value of used u-interval.
    - m_vMin
```
PuInteger m_vMin
```
      Minimum value of used v-interval.
    - m_uMax
```
PuInteger m_uMax
```
      Maximum value of used u-interval.
    - m_vMax
```
PuInteger m_vMax
```
      Maximum value of used v-interval.
    - m_tiling
```
java.awt.Dimension m_tiling
```
      Number of repetitions of texture image in both directions, default is 1.
    - m_filterType
```
int m_filterType
```
      Determines the filtering algorithm used when sampling texels in the texture domain.
    - m_blendingMode
```
int m_blendingMode
```
      Determines the blending algorithm used to combine surface color and texture information.
    - m_surfaceSide
```
int m_surfaceSide
```
      Determines which sides of a surface receive texture, if texture is switched on. Value is one of PgGeometryIf.SIDE_BOTH, PgGeometryIf.SIDE_FRONT, PgGeometryIf.SIDE_BACK.
    - m_periodic
```
int m_periodic
```
      Determines if and how texture coordinates are interpreted which lie outside the normalized unit square. Value is one of PgGeometryIf.SIDE_BOTH, PgGeometryIf.PERIODIC_NONE, PgGeometryIf.PERIODIC_BOTH.
    - m_bMoveTexture
```
boolean m_bMoveTexture
```
      Determines if size sliders are used to move rather than rescale used image sector.
    - m_sector
```
java.awt.Dimension m_sector
```
      Width and height in pixels of used sector of texture image.
    - m_textureImageBnd
```
PdVector[] m_textureImageBnd
```
      Bounds of image in normalized texture coordinates. Instance variable is updated only when get/setTextureImageBnd() is called.
    - m_bValidPixels
```
boolean m_bValidPixels
```
      Determines if pixel array still corresponds to selected image range.
- Class jv.geom.PgTexture_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_texture
```
PgTexture m_texture
```
      Parent texture object which is inspected.
    - m_pSize
```
java.awt.Panel m_pSize
```
      Internal panel to store the size sliders.
    - m_tImage
```
java.awt.TextField m_tImage
```
      Text field to type the name of an image file or url.
    - m_fileName
```
java.lang.String m_fileName
```
      Full file name of loaded image.
    - m_dirName
```
java.lang.String m_dirName
```
      Store the last directory used for image loading.
    - m_bBrowse
```
java.awt.Button m_bBrowse
```
      Browse disk for background image in application mode.
    - m_pRepeat
```
PiVector_IP m_pRepeat
```
      Panel for repetition numbers.
    - m_repeat
```
PiVector m_repeat
```
      Store repetition number of width and height.
    - m_cMove
```
java.awt.Checkbox m_cMove
```
      Move cutaway sector of texture image across the image.
    - m_cPeriodic
```
java.awt.Choice m_cPeriodic
```
      Select how and if an image is scale to fill the texture.
    - m_cSampling
```
java.awt.Choice m_cSampling
```
      Select how a texture image is sampled to produce a color value.
    - m_cBlending
```
java.awt.Choice m_cBlending
```
      Select if and how a texture image is blended with surface material.
    - m_cSurfaceSide
```
java.awt.Choice m_cSurfaceSide
```
      Select on which sides of the surface the texture image is applied to.
    - m_bReset
```
java.awt.Button m_bReset
```
      Reset texture settings by calling m_texture.init().
- Class jv.geom.PgVectorField extends PgGeometry implements Serializable
  - Serialized Fields
    - m_basePoints
```
PgPointSet m_basePoints
```
      Associated point set containing the base points of the vectors.
    - m_surface
```
PgElementSet m_surface
```
      Associated element set (if any).
    - m_basedOn
```
int m_basedOn
```
      Switch vertex based / element based (standard=VERTEX_BASED).
    - m_dimOfVectors
```
int m_dimOfVectors
```
      Uniform number of components of all vectors.
    - m_numVectors
```
int m_numVectors
```
      Number of used vectors in vector array.
    - m_maxNumVectors
```
int m_maxNumVectors
```
      Number of allocated vectors in vector array.
    - m_vector
```
PdVector[] m_vector
```
      Array of m_dimOfVectors - dimensional vectors. Dimension of all vectors is constant, and is determined as argument of the constructor. Applications usually call getVectors() to obtain vector array.
      
      See Also:
      PgPointSet.getDimOfVectors(), PgVectorField.getVectors()
    - m_vectorColor
```
java.awt.Color[] m_vectorColor
```
      Color of each vector, usually empty array.
    - m_bShowVectorArrow
```
boolean m_bShowVectorArrow
```
      Flag whether tip of vector is shown as arrow.
    - m_globalVectorColor
```
PdColor m_globalVectorColor
```
      Global color of all vector fields used in display.
    - m_globalVectorLength
```
PuDouble m_globalVectorLength
```
      Scaling factor of all vector fields used in display.
    - m_globalVectorSize
```
PuDouble m_globalVectorSize
```
      Thickness in pixels of each vector used in display.
    - m_bShowVectorColors
```
boolean m_bShowVectorColors
```
      Flag if global color of vectors used in display, applied if no individual vector coloring available.
    - m_bShowIndividualMaterial
```
boolean m_bShowIndividualMaterial
```
      Flag if individual material of vf or of pointSet is used.
    - m_index
```
int m_index
```
      Index of this vector field within a set of vector fields of a geometry. Information is solely used by the paint() method of the associated geometry.
- Class jv.geom.PgVectorField_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_vectorField
```
PgVectorField m_vectorField
```
    - m_tName
```
java.awt.TextField m_tName
```
    - m_gTypeMode
```
java.awt.CheckboxGroup m_gTypeMode
```
      Group of vector field type checkboxes.
    - m_cElementBased
```
java.awt.Checkbox m_cElementBased
```
      Checkbox for element based vector fields.
    - m_cVertexBased
```
java.awt.Checkbox m_cVertexBased
```
      Checkbox for vertex based vector fields.
    - m_vertexPanel
```
PdArray_IP m_vertexPanel
```
    - m_visibleVectors
```
int m_visibleVectors
```
    - m_visibleDim
```
int m_visibleDim
```
    - m_cIndiv
```
java.awt.Checkbox m_cIndiv
```
      Checkbox if individual material properties of vector field are use, or properties determined in PgPointSet_MP.
    - m_pSizes
```
PsPanel m_pSizes
```
      Panel for global size and length.
Package jv.loader
- Class jv.loader.PgExport_Dialog extends PsDialog implements Serializable
  - Serialized Fields
    - m_output
```
java.awt.TextArea m_output
```
    - m_dir
```
java.lang.String m_dir
```
    - m_ext
```
java.lang.String m_ext
```
      File name extension of output file to be used as filter in file dialog.
    - m_fileName
```
java.lang.String m_fileName
```
    - m_exportBounds
```
int[] m_exportBounds
```
      Size of frame with exported geometry data.
- Class jv.loader.PgFileDialog extends java.awt.FileDialog implements Serializable
  - Serialized Fields
    - m_ext
```
java.lang.String m_ext
```
      Extension of output file to be used as filter in file dialog.
- Class jv.loader.PjImportModel extends PjProject implements Serializable
  - Serialized Fields
    - m_numRows
```
int m_numRows
```
      Number of rows in model list of info panel.
    - m_infoPanelType
```
int m_infoPanelType
```
      Flag determines the currently used info panel. Values are like PjImportModel#FULL_INFO_PANEL.
    - m_parentProject
```
PjProject m_parentProject
```
      Project who requested this loader.
    - m_geomList
```
PgGeometry[] m_geomList
```
      List of geometries.
    - m_displayOption
```
PvDisplayOption[] m_displayOption
```
      Some parser fill out display options.
    - m_displayOptionDef
```
PvDisplayOption m_displayOptionDef
```
      Previous configuration of current display, will be re-installed when canceling the import.
    - m_defBaseDir
```
java.lang.String m_defBaseDir
```
      Default base directory for models.
    - m_baseDir
```
java.lang.String m_baseDir
```
      Current base directory for models.
    - m_defCategory
```
java.lang.String m_defCategory
```
      Default category for models.
    - m_category
```
java.lang.String m_category
```
      Current category for models.
    - m_defFileName
```
java.lang.String m_defFileName
```
      Default model file name of geometry.
    - m_fileName
```
java.lang.String m_fileName
```
      Current model file name of geometry.
    - m_fullFileName
```
java.lang.String m_fullFileName
```
      Full file name of geometry.
    - m_modelList
```
java.util.Vector<E> m_modelList
```
      List of model names displayed in PjImportModel_IPmed panel.
    - m_bIsAnimated
```
boolean m_bIsAnimated
```
      Determine if currently loaded data is an animation.
      
      Since:
      
      JavaView 2.49.002
    - m_title
```
java.lang.String m_title
```
      Title displayed on info panel.
    - m_notice
```
java.lang.String m_notice
```
      Notice string appearing at top of list-infoPanel.
    - m_info
```
java.lang.String m_info
```
      Description string of most recent geometry.
    - m_author
```
java.lang.String m_author
```
      Author information of most recent geometry.
    - m_selectedFileName
```
java.lang.String m_selectedFileName
```
      Selected filename in list of files.
    - m_bLoadCamera
```
boolean m_bLoadCamera
```
      Switch if JVD file is loaded automatically when loading a geometry file.
    - m_bRemoveGeometry
```
boolean m_bRemoveGeometry
```
      Switch if new geometries are allowed to replace existing geometries of display/project.
    - m_confirm
```
int m_confirm
```
      State of user confirmation when exiting the model load dialog. Status is checked e.g. in PvViewer.
      
      See Also:
      PvViewer.showDialog(int)
    - m_actionSupport
```
PsActionSupport m_actionSupport
```
      Handles ActionListeners. ActionEvents are fired every time the user either clicks on Ok or Cancel or doubleclicks on a geometry.
    - m_bModal
```
boolean m_bModal
```
      Modality status of import dialog.
    - m_bLoadWithDisplay
```
boolean m_bLoadWithDisplay
```
      Flag if recent model was loaded with display option. Allows to prevent subsequent autoFit of display.
    - m_bReplaceChoice
```
boolean m_bReplaceChoice
```
      Show two choices in info panel which allow adding or replacing existing geometry.
- Class jv.loader.PjImportModel_Dialog extends PsDialog implements Serializable
  - Serialized Fields
    - m_pjImport
```
PjImportModel m_pjImport
```
    - m_infoPanel
```
PjImportModel_IP m_infoPanel
```
- Class jv.loader.PjImportModel_InfoBox extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_importModel
```
PjImportModel m_importModel
```
    - m_fileName
```
java.lang.String m_fileName
```
    - m_dirName
```
java.lang.String m_dirName
```
    - m_tSelectedModel
```
java.awt.TextField m_tSelectedModel
```
    - m_bLoad
```
java.awt.Button m_bLoad
```
    - m_bBrowse
```
java.awt.Button m_bBrowse
```
    - m_dialog
```
PjImportModel_Dialog m_dialog
```
- Class jv.loader.PjImportModel_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjImport
```
PjImportModel m_pjImport
```
      Parent project of this inspector.
    - m_subDir
```
java.lang.String[] m_subDir
```
      Subdirectories of current category.
    - m_lCategory
```
java.awt.List m_lCategory
```
      List displays a set of categories.
    - m_lEntry
```
java.awt.List m_lEntry
```
      List displays a set of geometry filenames in current category.
    - m_tSelectedEntry
```
java.awt.TextField m_tSelectedEntry
```
      Name of currently selected geometry file.
    - m_lCurrDir
```
java.awt.Label m_lCurrDir
```
      Name of currently selected directory.
    - m_pReplaceChoice
```
PsPanel m_pReplaceChoice
```
      Panel holds replacement choices.
    - m_cClose
```
java.awt.Checkbox m_cClose
```
      Close current activity and restart freshly with selected topic.
    - m_cAdd
```
java.awt.Checkbox m_cAdd
```
      Continue current activity and add the selected topic.
    - m_gHelp
```
java.awt.CheckboxGroup m_gHelp
```
      Checkbox group displays description or author information of a geometry.
    - m_cShowInfo
```
java.awt.Checkbox m_cShowInfo
```
      Enables displays of textual description of a geometry.
    - m_cShowAuthor
```
java.awt.Checkbox m_cShowAuthor
```
      Enables displays of author information of a geometry.
    - m_mGeomInfo
```
PsMultiLineLabel m_mGeomInfo
```
      Shows description or author information of a geometry.
- Class jv.loader.PjImportModel_IPmed extends PjProject_IP implements Serializable
  - Serialized Fields
    - NUM_ROWS
```
int NUM_ROWS
```
      Number of rows of the selection list.
    - m_pjImport
```
PjImportModel m_pjImport
```
      Parent project of this inspector.
    - m_lEntry
```
java.awt.List m_lEntry
```
      List shows a set of geometry filenames.
    - m_pEntry
```
PsPanel m_pEntry
```
      Panel of list which shows a set of geometry filenames.
    - m_tSelectedEntry
```
java.awt.TextField m_tSelectedEntry
```
      Name of currently selected geometry file.
    - m_cLoadCamera
```
java.awt.Checkbox m_cLoadCamera
```
      Automatically load JVD display configuration, or camera information embedded in non-JVX file formats.
    - m_cAutoFit
```
java.awt.Checkbox m_cAutoFit
```
      Enable auto-fit if camera is not configured otherwise thru a JVD or non-JVX file.
    - m_pNotice
```
PsPanel m_pNotice
```
      Possibly empty panel which contains notice information of the current import project.
    - m_mNotice
```
PsMultiLineLabel m_mNotice
```
      Displays notice information of the current import project.
    - m_gHelp
```
java.awt.CheckboxGroup m_gHelp
```
      Checkbox group displays description or author information of a geometry.
    - m_cShowInfo
```
java.awt.Checkbox m_cShowInfo
```
      Enables displays of textual description of a geometry.
    - m_cShowAuthor
```
java.awt.Checkbox m_cShowAuthor
```
      Enables displays of author information of a geometry.
    - m_mGeomInfo
```
PsMultiLineLabel m_mGeomInfo
```
      Shows description or author information of a geometry.
- Class jv.loader.PsCategoryList_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_category
```
java.lang.String[] m_category
```
      Array of available categories.
    - m_entry
```
java.lang.String[][] m_entry
```
      Double array of available entries with one array per category.
    - m_lCategory
```
java.awt.List m_lCategory
```
      List with available categories.
    - m_lEntry
```
java.awt.List m_lEntry
```
      List with available entries in current category.
    - m_tSelectedEntry
```
java.awt.TextField m_tSelectedEntry
```
      Text field displays the currently selected entry.
    - m_currCatInd
```
int m_currCatInd
```
      Index of currently selected category.
    - m_cClose
```
java.awt.Checkbox m_cClose
```
      Close current activity and restart freshly with selected topic.
    - m_cAdd
```
java.awt.Checkbox m_cAdd
```
      Continue current activity and add the selected topic.
- Class jv.loader.PvDisplayOption extends P_Vector implements Serializable
  - Serialized Fields
    - m_version
```
java.lang.String m_version
```
      Version number of the data of this display.
    - m_versionType
```
java.lang.String m_versionType
```
      Type of version of the data of this display in {"dump","beta","final"}.
    - m_title
```
java.lang.String m_title
```
      Title of display, length up to one line.
    - m_authorInfo
```
PsAuthorInfo m_authorInfo
```
      List of authors of geometry. Currently the author information is not obtained from a display, but added from PsLoader or PsExportInfo when saving display options.
    - m_abstract
```
java.lang.String m_abstract
```
      Verbal description of these display settings.
    - m_dim
```
int m_dim
```
      Dimension of geometries.
    - m_axes
```
PgAxes m_axes
```
      Axes of scene.
    - m_axesLabel
```
java.lang.String[] m_axesLabel
```
      Labels for all axes.
    - m_axesCoordSystem
```
int m_axesCoordSystem
```
      Coordinate system in which axes are shown.
    - m_axesTitle
```
java.lang.String[] m_axesTitle
```
      Deprecated. use m_axesLabel
      
      Labels for all axes.
    - m_axesType
```
int m_axesType
```
      Type of the axes frame, i.e. PgAxes#AXES_3DBOUNDING_BOX, PgAxes#AXES_3DCENTRAL...
    - m_bAxesShowHashingFlags
```
boolean[] m_bAxesShowHashingFlags
```
      Flags correspond to showing the hashmarks along [Xn,Xup,Yn,Yup,Zn,Zup]. xyGrid [TFFTFF]; yzGrid [FFTFFT]; zxGrid [FTFFTF].
    - m_numRulers
```
int m_numRulers
```
      Number of currently allocated rulers.
    - m_bShowRuler
```
boolean[] m_bShowRuler
```
      Flag whether rulers are visible.
    - m_rulerMode
```
int[] m_rulerMode
```
      Mode of rulers like PgRuler.HASH_FIXED or HASH_PARTITIONED.
    - m_rulerName
```
java.lang.String[] m_rulerName
```
      Names of rulers.
    - m_bShowRulerName
```
boolean[] m_bShowRulerName
```
      Flag whether ruler names are visible.
    - m_bShowRulerArrow
```
boolean[] m_bShowRulerArrow
```
      Flag whether ruler arrows are visible.
    - m_bShowRulerNumbers
```
boolean[] m_bShowRulerNumbers
```
      Flag whether ruler numbers are visible.
    - m_bShowRulerHashingsNormal
```
boolean[] m_bShowRulerHashingsNormal
```
      Flag whether ruler hashings normal are visible.
    - m_bShowRulerHashingsUp
```
boolean[] m_bShowRulerHashingsUp
```
      Flag whether ruler hashings up are visible.
    - m_bShowRulerTicksMajor
```
boolean[] m_bShowRulerTicksMajor
```
      Flag whether major ticks of rulers are visible.
    - m_bShowRulerTicksMinor
```
boolean[] m_bShowRulerTicksMinor
```
      Flag whether minor ticks of rulers are visible.
    - m_rulerMinValue
```
double[] m_rulerMinValue
```
      Minimum ruler value.
    - m_rulerMaxValue
```
double[] m_rulerMaxValue
```
      Maximum ruler value.
    - m_rulerMinorHashUnit
```
double[] m_rulerMinorHashUnit
```
      Distance between two adjacent minor hashings, used in PgRuler.HASH_FIXED mode.
    - m_rulerMajorHashUnit
```
double[] m_rulerMajorHashUnit
```
      Distance between two adjacent major hashings, used in PgRuler.HASH_FIXED mode..
    - m_rulerNumMinorHashings
```
int[] m_rulerNumMinorHashings
```
      Number of minor hashings, used in PgRuler.HASH_PARTITIONED mode..
    - m_rulerNumMajorHashings
```
int[] m_rulerNumMajorHashings
```
      Number of major hashings, used in PgRuler.HASH_PARTITIONED mode..
    - m_previewImage
```
java.awt.Image m_previewImage
```
      Preview image for file export.
    - m_transformMode
```
int m_transformMode
```
      Determines if scene, model or ambient transformation is active.
      
      See Also:
      PvDisplayIf.TRANSFORM_CAMERA, PvDisplayIf.TRANSFORM_MODEL, PvDisplayIf.TRANSFORM_AMBIENT
    - m_bDirectSelect
```
boolean m_bDirectSelect
```
      Flag whether models are selected when picked in display.
    - m_majorMode
```
int m_majorMode
```
      Major transformation mode in display.
      Not all modes listed in jv.project.PvDisplayIf are supported.
      
      See Also:
      PvDisplayIf.MODE_ORBIT, PvDisplayIf.MODE_SCALE
    - m_numCameras
```
int m_numCameras
```
      Number of currently allocated cameras.
    - m_currentCamera
```
int m_currentCamera
```
      Index of currently active camera.
    - m_cameraName
```
java.lang.String[] m_cameraName
```
      Names of cameras.
    - m_cameraProjection
```
int[] m_cameraProjection
```
      Projection algorithm used by camera to project from higher dimensional spaces.
    - m_cameraPosition
```
PdVector[] m_cameraPosition
```
      Position of the camera in world coordinates.
    - m_cameraInterest
```
PdVector[] m_cameraInterest
```
      Camera interest in world coordinates, i.e. the point at which the camera is pointing.
    - m_cameraRoll
```
double[] m_cameraRoll
```
      Roll of camera around its viewing direction in angles.
    - m_cameraFieldOfView
```
double[] m_cameraFieldOfView
```
      Field of view of camera lens.
    - m_bCameraEnableClip
```
boolean[] m_bCameraEnableClip
```
      Flag whether clipping is enabled in this camera.
    - m_cameraNearClip
```
double[] m_cameraNearClip
```
      Distance of near clipping plane.
    - m_cameraFarClip
```
double[] m_cameraFarClip
```
      Distance of far clipping plane.
    - m_bCameraSceneRatio
```
boolean[] m_bCameraSceneRatio
```
      Flag whether scene ratio is used as a ratio of camera frustum.
    - m_bCameraFillDisplay
```
boolean[] m_bCameraFillDisplay
```
      Flag whether scene ratio is used as a ratio of camera frustum.
    - m_lightingModel
```
int m_lightingModel
```
      Currently active lighting model of display.
    - m_numLights
```
int m_numLights
```
      Number of currently allocated lights.
    - m_selectedLight
```
int m_selectedLight
```
      Index of currently selected light.
    - m_lightName
```
java.lang.String[] m_lightName
```
      Name of light.
    - m_lightType
```
int[] m_lightType
```
      Type of light sources.
    - m_lightPosition
```
PdVector[] m_lightPosition
```
      Position of light sources in euclidean space.
    - m_lightInterest
```
PdVector[] m_lightInterest
```
      Point of interest of light sources or extension of color cube resp. hue.
    - m_lightColor
```
java.awt.Color[] m_lightColor
```
      Colors of light sources
    - m_bLightSwitchedOn
```
boolean[] m_bLightSwitchedOn
```
      Flag if light source is switched on or off.
    - m_bLightVisible
```
boolean[] m_bLightVisible
```
      Flag if light source is visible in display.
    - m_lightReference
```
int[] m_lightReference
```
      Determines the reference coordinate system of a light such as PvLightIf#REFERENCE_SCENE.
    - m_lightShading
```
int[] m_lightShading
```
      Determines shading function of light such as PvLightIf#SHADING_SYMMETRIC.
    - m_lightIntensity
```
double[] m_lightIntensity
```
      Intensity of light sources.
    - m_bLightHighlight
```
boolean[] m_bLightHighlight
```
      Flag if light source has highlight in display.
    - m_lightAngle
```
double[] m_lightAngle
```
      Angle of light sources.
    - m_lightCorona
```
double[] m_lightCorona
```
      Corona of light sources.
    - m_lightExponent
```
double[] m_lightExponent
```
      Exponent of highlight of light sources.
    - m_lightFalloff
```
double[] m_lightFalloff
```
      Falloff distance of light sources.
    - m_searchPath
```
java.lang.String[] m_searchPath
```
      Image search paths.
    - m_backgroundColor
```
java.awt.Color m_backgroundColor
```
      Color of background.
    - m_backgroundImageFit
```
int m_backgroundImageFit
```
      Repeat type of background image.
    - m_backgroundImageFile
```
java.lang.String m_backgroundImageFile
```
      URL of background image.
    - m_backgroundImage
```
java.awt.Image m_backgroundImage
```
      Background image.
    - m_foregroundColor
```
java.awt.Color m_foregroundColor
```
      Color of foreground.
    - m_foregroundImageFit
```
int m_foregroundImageFit
```
      Repeat type of foreground image.
    - m_foregroundImageFile
```
java.lang.String m_foregroundImageFile
```
      URL of foreground image.
    - m_foregroundImage
```
java.awt.Image m_foregroundImage
```
      Foreground image.
    - m_windowPosition
```
java.awt.Point m_windowPosition
```
      Position of display window.
    - m_windowSize
```
java.awt.Dimension m_windowSize
```
      Dimension of display window.
    - m_arrayPosition
```
int m_arrayPosition
```
      Position in an array of displays.
    - m_arraySize
```
java.awt.Dimension m_arraySize
```
      Dimension of array of displays.
    - m_axesEdge
```
PiVector m_axesEdge
```
      Axes on edges of bounding box.
    - m_rulerColor
```
java.awt.Color[] m_rulerColor
```
      Color of each axis.
    - m_rulerSize
```
double[] m_rulerSize
```
      Thickness of each axis.
    - m_bndBoxColor
```
java.awt.Color m_bndBoxColor
```
      Color of bounding box.
    - m_bndBoxSize
```
double m_bndBoxSize
```
      Thickness of edges of bounding box.
    - m_bndBoxRatio
```
PdVector m_bndBoxRatio
```
      Ratio of edges of bounding box.
    - m_clipBounds
```
PdVector[] m_clipBounds
```
      Clipping box; the first vector contains the minimum values, the second the maximum values.
    - m_clipBoundsType
```
int m_clipBoundsType
```
      Index of axis which is selected when scene clip bounds is active of becomes active.
    - m_viewCenter
```
PdVector m_viewCenter
```
      Center of viewer, relative to bounding box.
Package jv.number
- Class jv.number.PdArray_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_vector
```
PdVector[] m_vector
```
    - m_scroll
```
java.awt.Scrollbar m_scroll
```
    - m_coordPanel
```
java.awt.Panel m_coordPanel
```
    - m_configPanel
```
java.awt.Panel m_configPanel
```
    - m_text
```
java.awt.TextField[][] m_text
```
    - m_toolItem
```
PsToolbarItem[] m_toolItem
```
    - m_headerLabel
```
java.awt.Label[] m_headerLabel
```
    - m_indexLabel
```
java.awt.Checkbox[] m_indexLabel
```
    - m_index
```
int m_index
```
    - m_shownDim
```
int m_shownDim
```
      Number of available horizontal entries in table of text fields. Must be initialized with -1 in order to ensure creation of table of text fields.
    - m_shownVectors
```
int m_shownVectors
```
      Number of filled vertical entries in table of text fields. The number of available text fields is m_maxVisibleVectors. Must be initialized with -1 in order to ensure creation of table of text fields.
    - m_maxVisibleDim
```
int m_maxVisibleDim
```
    - m_maxVisibleVectors
```
int m_maxVisibleVectors
```
- Class jv.number.PdColor extends PsObject implements Serializable
  - Serialized Fields
    - m_bHasAlpha
```
boolean m_bHasAlpha
```
      Flag whether alpha is enabled.
    - m_alpha
```
int m_alpha
```
      Alpha value of this color, if alpha is enabled.
    - m_data
```
int[] m_data
```
      Data array for color components including possible alpha component. If alpha is enabled then data array is increased by one to store the alpha channel. Do not modify length of array directly. This array always exists.
      
      See Also:
      PdColor.getSize(), PdColor.setSize(int)
    - m_enabled
```
boolean m_enabled
```
      Flag determining whether slider is enabled or disabled. modified using the config panel. If disabled, the double variable can still be modified by calls setValue(double), and the slider is always updated.
- Class jv.number.PdColor_Dialog extends PsDialog implements Serializable
  - Serialized Fields
    - m_color
```
PdColor m_color
```
    - m_picker
```
PuColorPicker m_picker
```
- Class jv.number.PdColor_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_color
```
PdColor m_color
```
    - m_rgbOld
```
int[] m_rgbOld
```
    - m_rgbNew
```
int[] m_rgbNew
```
    - m_min
```
int m_min
```
    - m_max
```
int m_max
```
    - m_dialog
```
PdColor_Dialog m_dialog
```
    - m_pColor
```
PsPanel m_pColor
```
    - m_text
```
java.awt.TextField[] m_text
```
- Class jv.number.PdVector_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_vector
```
PdVector m_vector
```
    - m_length
```
int m_length
```
    - m_pVector
```
java.awt.Panel m_pVector
```
    - m_text
```
java.awt.TextField[] m_text
```
    - m_shownAccuracy
```
double m_shownAccuracy
```
- Class jv.number.PiArray_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_vector
```
PiVector[] m_vector
```
    - m_scroll
```
java.awt.Scrollbar m_scroll
```
    - m_coordPanel
```
java.awt.Panel m_coordPanel
```
    - m_configPanel
```
java.awt.Panel m_configPanel
```
    - m_text
```
java.awt.TextField[][] m_text
```
    - m_toolItem
```
PsToolbarItem[] m_toolItem
```
    - m_headerLabel
```
java.awt.Label[] m_headerLabel
```
    - m_indexLabel
```
java.awt.Checkbox[] m_indexLabel
```
    - m_index
```
int m_index
```
    - m_shownDim
```
int m_shownDim
```
      Number of available horizontal entries in table of text fields. Must be initialized with -1 in order to ensure creation of table of text fields.
    - m_shownVectors
```
int m_shownVectors
```
      Number of filled vertical entries in table of text fields. The number of available text fields is m_maxVisibleVectors. Must be initialized with -1 in order to ensure creation of table of text fields.
    - m_maxVisibleDim
```
int m_maxVisibleDim
```
    - m_maxVisibleVectors
```
int m_maxVisibleVectors
```
    - m_minValue
```
int m_minValue
```
      Minimal number allowed to enter in all text fields.
    - m_maxValue
```
int m_maxValue
```
      Maximal number allowed to enter in all text fields.
- Class jv.number.PiVector_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_vector
```
PiVector m_vector
```
    - m_length
```
int m_length
```
    - m_pVector
```
java.awt.Panel m_pVector
```
    - m_text
```
java.awt.TextField[] m_text
```
- Class jv.number.PuBoolean extends PsObject implements Serializable
  - Serialized Fields
    - m_backgroundColor
```
java.awt.Color m_backgroundColor
```
      Background color of info inspector.
    - m_backgroundColorDef
```
java.awt.Color m_backgroundColorDef
```
      Background color of info inspector.
    - m_state
```
boolean m_state
```
      Current state of boolean variable.
    - m_defState
```
boolean m_defState
```
      Default state of boolean variable.
    - m_enabled
```
boolean m_enabled
```
      Flag determines whether inspector is enabled or disabled. modified using the config panel. If disabled, the variable can still be modified by calls setValue(double), and the inspector is always updated.
- Class jv.number.PuBoolean_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_boolean
```
PuBoolean m_boolean
```
    - m_checkbox
```
java.awt.Checkbox m_checkbox
```
- Class jv.number.PuColorPicker extends PsPanel implements Serializable
  - Serialized Fields
    - m_red
```
PuInteger m_red
```
    - m_green
```
PuInteger m_green
```
    - m_blue
```
PuInteger m_blue
```
    - m_bright
```
PuInteger m_bright
```
    - m_prevBright
```
int m_prevBright
```
    - m_wheelWidth
```
int m_wheelWidth
```
    - m_wheelHeight
```
int m_wheelHeight
```
    - m_pix
```
PiVector m_pix
```
    - m_mis
```
java.awt.image.MemoryImageSource m_mis
```
    - m_pWheel
```
PsPanel m_pWheel
```
    - m_pDefColor
```
PsPanel m_pDefColor
```
    - m_pNewColor
```
PsPanel m_pNewColor
```
    - m_defColor
```
java.awt.Color m_defColor
```
- Class jv.number.PuComplex extends java.lang.Object implements Serializable
  - Serialized Fields
    - re
```
double re
```
    - im
```
double im
```
- Class jv.number.PuDouble extends PsObject implements Serializable
  - Serialized Fields
    - m_backgroundColor
```
java.awt.Color m_backgroundColor
```
      Background color of info inspector.
    - m_backgroundColorDef
```
java.awt.Color m_backgroundColorDef
```
      Background color of info inspector.
    - m_iValue
```
int m_iValue
```
      Integer representation of current double value to be used in slider. Variable is only necessary since in Java sliders solely operate with integer values.
    - m_numOfIncrements
```
int m_numOfIncrements
```
      Integer equivalent of maximal double value.
    - m_iPageIncr
```
int m_iPageIncr
```
      Integer equivalent of block increment.
    - m_shownAccuracy
```
double m_shownAccuracy
```
      Accuracy shown in text fields. Lower accuracy avoids entries like '8.57429573E-14'
    - m_defValue
```
double m_defValue
```
      Default value of double assigned when init() is called.
    - m_defMinimum
```
double m_defMinimum
```
      Default value of minimum assigned when init() is called.
    - m_defMaximum
```
double m_defMaximum
```
      Default value of maximum assigned when init() is called.
    - m_defLineIncr
```
double m_defLineIncr
```
      Default value of line increment assigned when init() is called.
    - m_defPageIncr
```
double m_defPageIncr
```
      Default value of block increment assigned when init() is called.
    - m_value
```
double m_value
```
      Current value of double variable.
    - m_minimum
```
double m_minimum
```
      Minimal allowed value of double variable. Used as lower bound in slider.
    - m_maximum
```
double m_maximum
```
      Maximal allowed value of double variable. Used as upper bound in slider.
    - m_lineIncr
```
double m_lineIncr
```
      Line increment as double value supplied by user. May be interactively modified using the config panel.
    - m_pageIncr
```
double m_pageIncr
```
      Block increment as double value supplied by user. May be interactively modified using the config panel.
    - m_bEnabled
```
boolean m_bEnabled
```
      Flag determining whether slider is enabled or disabled. modified using the config panel. If disabled, the double variable can still be modified by calls setValue(double), and the slider is always updated.
    - m_bEnabledConfigButton
```
boolean m_bEnabledConfigButton
```
      Flag determines whether button for config panel is enabled or not, in this way permitting/prohibiting GUI control over bounds and increments. Bounds and increments can still be changed by method calls.
    - m_showEnabled
```
boolean m_showEnabled
```
      Whether to show a checkbox in the info panel.
- Class jv.number.PuDouble_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_number
```
PuDouble m_number
```
    - m_oldValue
```
int m_oldValue
```
    - m_newValue
```
int m_newValue
```
    - m_text
```
java.awt.TextField m_text
```
    - m_scrollbar
```
java.awt.Scrollbar m_scrollbar
```
    - m_toolItem
```
PsToolbarItem m_toolItem
```
    - m_enabledBox
```
java.awt.Checkbox m_enabledBox
```
- Class jv.number.PuInteger extends PsObject implements Serializable
  - Serialized Fields
    - m_backgroundColor
```
java.awt.Color m_backgroundColor
```
      Background color of info inspector.
    - m_backgroundColorDef
```
java.awt.Color m_backgroundColorDef
```
      Background color of info inspector.
    - m_defValue
```
int m_defValue
```
      Default value of integer assigned when init() is called.
    - m_defMinimum
```
int m_defMinimum
```
      Default value of minimum assigned when init() is called.
    - m_defMaximum
```
int m_defMaximum
```
      Default value of maximum assigned when init() is called.
    - m_defLineIncr
```
int m_defLineIncr
```
      Default value of line increment assigned when init() is called.
    - m_defPageIncr
```
int m_defPageIncr
```
      Default value of block increment assigned when init() is called.
    - m_value
```
int m_value
```
      Current value of integer variable.
    - m_minimum
```
int m_minimum
```
      Minimal allowed value of integer variable. Used as lower bound in slider.
    - m_maximum
```
int m_maximum
```
      Maximal allowed value of integer variable. Used as upper bound in slider.
    - m_lineIncr
```
int m_lineIncr
```
      Line increment as integer value supplied by user. May be interactively modified using the config panel.
    - m_pageIncr
```
int m_pageIncr
```
      Block increment as integer value supplied by user. May be interactively modified using the config panel.
    - m_bEnabled
```
boolean m_bEnabled
```
      Flag determining whether slider is enabled or disabled. modified using the config panel. If disabled, the integer variable can still be modified by calls setValue(integer), and the slider is always updated.
    - m_bEnabledConfigButton
```
boolean m_bEnabledConfigButton
```
      Flag determines whether button for config panel is enabled or not, in this way permitting/prohibiting GUI control over bounds and increments. Bounds and increments can still be changed by method calls.
    - m_showEnabled
```
boolean m_showEnabled
```
      Whether to show a checkbox in the info panel.
- Class jv.number.PuInteger_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_number
```
PuInteger m_number
```
    - m_oldValue
```
int m_oldValue
```
    - m_newValue
```
int m_newValue
```
    - m_text
```
java.awt.TextField m_text
```
    - m_scrollbar
```
java.awt.Scrollbar m_scrollbar
```
    - m_toolItem
```
PsToolbarItem m_toolItem
```
    - m_enabledBox
```
java.awt.Checkbox m_enabledBox
```
Package jv.object
- Class jv.object.PsConsole extends PsDialog implements Serializable
  - Serialized Fields
    - m_cNotify
```
java.awt.Checkbox m_cNotify
```
      Activate display of notify messages.
    - m_cWarning
```
java.awt.Checkbox m_cWarning
```
      Activate display of warning messages.
    - m_cError
```
java.awt.Checkbox m_cError
```
      Activate display of error messages.
    - m_textArea
```
java.awt.TextArea m_textArea
```
      Text area for display of error messages.
    - bRunning
```
boolean bRunning
```
      Flag which allows stop() to terminate the run() method.
- Class jv.object.PsDialog extends java.awt.Dialog implements Serializable
  - Serialized Fields
    - m_parent
```
PsUpdateIf m_parent
```
      Sends update events to this instance.
      
      See Also:
      PsObject.update(Object), PsPanel.update(Object)
    - m_actionSupport
```
PsActionSupport m_actionSupport
```
      Handles ActionListeners which receive ActionEvents every time the user clicks on Ok, Cancel or another button.
    - m_action
```
int m_action
```
      Index of button which was pressed by user.
    - m_bCancel
```
java.awt.Button m_bCancel
```
      Button to reset dialog and quit.
    - m_bHide
```
java.awt.Button m_bHide
```
      Button to hide and dispose panel.
    - m_bOk
```
java.awt.Button m_bOk
```
      Button to accept selection.
    - m_bReset
```
java.awt.Button m_bReset
```
      Button to reset dialog.
    - m_bClose
```
java.awt.Button m_bClose
```
      Button to close and dispose dialog.
    - m_bLoad
```
java.awt.Button m_bLoad
```
      Button to load from file(maybe later from /url) and dispose dialog.
    - m_bSave
```
java.awt.Button m_bSave
```
      Button to save and dispose dialog.
    - m_bClear
```
java.awt.Button m_bClear
```
      Button to clear a dialog.
    - m_lHeader
```
java.awt.Label m_lHeader
```
      Header label of dialog.
    - m_insetSizeHor
```
int m_insetSizeHor
```
      Horizontal inset size in pixels.
      
      Since:
      
      JavaView 3.97.032
    - m_insetSizeVer
```
int m_insetSizeVer
```
      Vertical inset size in pixels.
      
      Since:
      
      JavaView 3.97.032
- Class jv.object.PsMainFrame extends java.awt.Frame implements Serializable
  - Serialized Fields
    - m_shortTitle
```
java.lang.String m_shortTitle
```
      Short title is used in menus and elsewhere to identify this frame. By default, the short title is null.
- Class jv.object.PsObject extends java.lang.Object implements Serializable
  - Serialized Fields
    - m_name
```
java.lang.String m_name
```
      Name of current object, need not be unique. Used in header of info panel and in debug output.
      
      See Also:
      PsObject.getName(), PsObject.setName(java.lang.String)
    - m_symbol
```
java.lang.String m_symbol
```
      Symbol is a shortcut name of this variable used in equations.
      
      Since:
      
      JavaView 3.50.002
    - m_parent
```
PsUpdateIf m_parent
```
      Major parent and owner of instance, receives update events from this instance.
      
      See Also:
      PsObject.update(Object), PsPanel.update(Object)
    - m_tag
```
java.util.BitSet m_tag
```
      Identifies different tags assigned to this object, created on first need. The tag variable may be used locally in methods or projects. They have no global influence, and each user should care about usage.
      
      See Also:
      PsObject.clearTag(int), PsObject.hasTag(int), PsObject.setTag(int)
- Class jv.object.PsPanel extends java.awt.Panel implements Serializable
  - Serialized Fields
    - m_borderType
```
int m_borderType
```
    - m_insetSizeHor
```
int m_insetSizeHor
```
      Horizontal inset size in pixels.
    - m_insetSizeVer
```
int m_insetSizeVer
```
      Vertical inset size in pixels.
      
      Since:
      
      JavaView 3.09.002
    - m_insetSizeVerExtra
```
int m_insetSizeVerExtra
```
    - m_lTitle
```
java.awt.Label m_lTitle
```
      Title of panel usually displayed in bold.
      
      See Also:
      PsPanel.addTitle(String), PsPanel.addSubTitle(String), PsPanel.setTitle(String)
    - m_language
```
java.lang.String m_language
```
      Language used for text on this panel during construction. This reference is used to decide if panel is out of date when language changes.
      
      See Also:
      PsPanel.getLanguage()
    - m_parent
```
PsUpdateIf m_parent
```
      Sends update events to this instance.
      
      See Also:
      PsObject.update(Object)
    - m_image
```
java.awt.Image m_image
```
      Image to be shown in the background of the canvas. Currently, this should only be used if no components are added to panel.
    - m_bOutOfDate
```
boolean m_bOutOfDate
```
      Flag determines whether this panel is out of sync with its parent.
      
      See Also:
      PsPanel.setOutOfDate(boolean)
    - m_preferredSize
```
java.awt.Dimension m_preferredSize
```
      Preferred size is initialized, for example, is setPreferredSize() is called.
    - m_backColor
```
java.awt.Color m_backColor
```
      Background color if explicitly set.
- Class jv.object.PsStackLayout extends java.lang.Object implements Serializable
  - Serialized Fields
    - m_gap
```
int m_gap
```
      Gap between adjacent components.
    - m_bVertical
```
boolean m_bVertical
```
      Flag if stack is vertical (default, true) or horizontal.
Package jv.objectGui
- Class jv.objectGui.GuiStackLayout extends java.lang.Object implements Serializable
  - Serialized Fields
    - orientation
```
int orientation
```
      Deprecated.
    - margin
```
int margin
```
      Deprecated.
    - codeTable
```
java.util.Hashtable<K,V> codeTable
```
      Deprecated.
    - defaultCode
```
int[] defaultCode
```
      Deprecated.
- Class jv.objectGui.PsMethodMenu extends java.util.Vector implements Serializable
  - Serialized Fields
    - m_name
```
java.lang.String m_name
```
      Name of current object, need not be unique.
      
      See Also:
      PsMethodMenu.getName(), PsMethodMenu.setName(String)
    - m_language
```
java.lang.String m_language
```
      Language used for text on this panel during construction. This reference is used to decide if panel is out of date when language changes.
      
      See Also:
      PsMethodMenu.getLanguage()
    - m_subMenu
```
java.util.Vector<E> m_subMenu
```
- Class jv.objectGui.PsMultiLineLabel extends java.awt.Component implements Serializable
  - Serialized Fields
    - m_label
```
java.lang.String m_label
```
      Text displayed by this component including '\n' indicating line breaks.
    - m_align
```
int m_align
```
      Alignment of text identical to java.awt.Label.
    - m_lines
```
java.lang.String[] m_lines
```
      Text of component split into individual lines at '\n' marks.
    - m_previousWidth
```
int m_previousWidth
```
      Internal variable to check if component width has changed.
    - m_bRevalidate
```
boolean m_bRevalidate
```
      Internal variable determines if label must be split again, for example, when width of canvas or text of label has changed.
    - m_color
```
java.awt.Color m_color
```
      Color of text.
- Class jv.objectGui.PsSlotLayout extends java.lang.Object implements Serializable
  - Serialized Fields
    - m_maxNumSlots
```
int m_maxNumSlots
```
      Total number of slots of this container.
    - m_currNumSlots
```
int m_currNumSlots
```
      Current number of slots of this container.
    - m_numComp
```
int m_numComp
```
      Number of registered components.
    - m_comp
```
java.awt.Component[] m_comp
```
      Array of registered components.
    - m_slot
```
int[] m_slot
```
      Number of slots required by each registered component. The sum of the slots required by each component must be equal to the total number of slots initially requested in the constructor.
- Class jv.objectGui.PsTabPanel extends PsPanel implements Serializable
  - Serialized Fields
    - m_cardLayout
```
java.awt.CardLayout m_cardLayout
```
    - m_cardPanel
```
PsPanel m_cardPanel
```
    - m_tabHeader
```
jv.objectGui.PsTabsHeader m_tabHeader
```
    - m_tabHash
```
java.util.Hashtable<K,V> m_tabHash
```
- Class jv.objectGui.PsToolbar extends PsPanel implements Serializable
- Class jv.objectGui.PsToolbarItem extends PsPanel implements Serializable
  - Serialized Fields
    - m_actionType
```
int m_actionType
```
      Type of action performed by this toolbar item.
    - m_bSingleChoice
```
boolean m_bSingleChoice
```
      True of single choice is available.
    - m_popup
```
java.awt.PopupMenu m_popup
```
      Temporary popup menu shows the menu items and will be deleted after selection.
    - m_menuItem
```
java.awt.MenuItem[] m_menuItem
```
      List of selectable menu items.
    - m_actionCommand
```
java.util.Vector<E> m_actionCommand
```
      List of selectable menu item strings.
    - m_actionString
```
java.lang.String m_actionString
```
      Shown string of action, or panel title if multiple actions.
    - m_actionSupport
```
PsActionSupport m_actionSupport
```
      Handles ActionListeners. ActionEvents are fired every time the user either clicks on Ok or Cancel or doubleclicks on a geometry.
Package jv.project
- Class jv.project.PgGeometry extends PsObject implements Serializable
  - Serialized Fields
    - m_version
```
java.lang.String m_version
```
      Version number of the data of this geometry.
    - m_versionType
```
java.lang.String m_versionType
```
      Type of version of the data of this geometry in {"dump","beta","final"}.
    - m_title
```
java.lang.String m_title
```
      Title of geometry, length up to one line.
    - m_authorInfo
```
PsAuthorInfo m_authorInfo
```
      List of authors of geometry.
    - m_geometryInfo
```
PsGeometryInfo m_geometryInfo
```
      Full description of geometry.
    - m_geomType
```
int m_geomType
```
      Type of geometry for example PvGeometryIf#GEOM_POINT_SET and PvGeometryIf#GEOM_ELEMENT_SET.
    - m_state
```
java.util.BitSet m_state
```
      Identifies different states of the geometry, created on first need. The state variable may be used locally in methods or projects. They have no global influence, and each user should care about usage.
      
      Since:
      
      JavaView 2.89.000
      
      See Also:
      PgGeometry.setState(int, boolean), PgGeometry.getState(int)
    - m_dim
```
int m_dim
```
      Dimension of geometric points of this geometry, must be constant for all points. The initial value of the dimension is a required argument of the constructor.
      
      See Also:
      PgGeometry.PgGeometry(int)
    - m_dimOfSimplex
```
int m_dimOfSimplex
```
      Dimension of simplicial complex, i.e. maximal dimension of occurring simplices. For example, polygonal curves have simplex dimension 1, triangulated surfaces 2, and volumes have 3. This variable must be set in the constructor of a class.
      
      Since:
      
      JavaView 1.95
    - m_bShowing
```
boolean m_bShowing
```
      Geometry is visible or hidden in its display.
    - m_bShowTitle
```
boolean m_bShowTitle
```
      Flag whether title is shown in display. The title of a geometry may be the same for several geometries of a scene indicating a grouping or other purposes.
      
      See Also:
      PsObject.setName(String), PgGeometry.showTitle(boolean), PgGeometry.setTitle(String)
    - m_bShowName
```
boolean m_bShowName
```
      Flag whether title is shown in display. The title of a geometry may be the same for several geometries of a scene indicating a grouping or other purposes.
      
      Since:
      
      JavaView 2.47
      
      See Also:
      PsObject.setName(String), PgGeometry.showName(boolean), PgGeometry.setTitle(String)
    - m_bShowBndBox
```
boolean m_bShowBndBox
```
      Flag whether bounding box is shown in display.
    - m_bShowCenter
```
boolean m_bShowCenter
```
      Flag whether center is shown in display.
    - m_center
```
PdVector m_center
```
      Center of geometry's world coordinate system
    - m_ambientSpace
```
int m_ambientSpace
```
      Ambient space used in transformations of model. The dimension of the ambient space must be equal to the dimension of vertices.
    - m_ambientProj
```
int m_ambientProj
```
      Projection from ambient space to R3 used in transformations of model.
    - m_modelMatrix
```
PdMatrix m_modelMatrix
```
      4*4 model matrix of geometry, allocated on request.
    - m_ambientMatrix
```
PdMatrix m_ambientMatrix
```
      Matrix for transformation of geometry within ambient space, allocated on request. Dimension of matrix is equal to dimension of vertices+1.
    - m_ambientInvMatrix
```
PdMatrix m_ambientInvMatrix
```
      Inverse of ambient transformation matrix of geometry within ambient space, allocated on request. Dimension of matrix is equal to dimension of vertices+1.
    - m_labelAttribute
```
PiVector[] m_labelAttribute
```
      Offset vector in pixel coordinates of label w.r.t. base point. There exist one vector for each of the basic primitive types GEOM_ITEM_POINT, GEOM_ITEM_EDGE,GEOM_ITEM_POLYGON,GEOM_ITEM_ELEMENT,GEOM_ITEM_TETRA, GEOM_ITEM_NAME and GEOM_ITEM_TITLE.
      Note, it is currently not possible to set the label attribute, say, of a single vertex unless you have a geometry with just one vertex.
      Third component is in [0..2] and indicates whether head, center or tail is located at base+offset. For possible types see PvGeometryIf#GEOM_ITEM_POINT and other items.
      Fourth component is a font id from the set of fonts available in PsConfig.
      The array contains offset, alignment and position information as follows:
      m_labelAttribute[0] = xOffset; m_labelAttribute[1] = yOffset; m_labelAttribute[2] = horAdjust; m_labelAttribute[3] = verAdjust; m_labelAttribute[4] = font;
    - m_labelColor
```
java.awt.Color[] m_labelColor
```
      Color of each label type.
    - m_labelSize
```
PdVector m_labelSize
```
      Font size of each label type. Initial size is inherited from default size of fonts specified in PsConfig.
    - m_labelStyle
```
PiVector m_labelStyle
```
      Font style of each label type. Initial style is inherited from default style of fonts specified in PsConfig.
    - m_labelFont
```
java.lang.String[] m_labelFont
```
      Font name of each label type. If a name is missing then default font specified in PsConfig is used.
    - m_bInstanceSharing
```
boolean m_bInstanceSharing
```
      Determines if sharing of vertices and other primitives with a based geometry is enabled when this instance is filled in PgGeomtry#getJvx().
- Class jv.project.PgGeometry_Menu extends PsMethodMenu implements Serializable
  - Serialized Fields
    - m_geometryMethod
```
java.lang.String[] m_geometryMethod
```
    - m_geometry
```
PgGeometry m_geometry
```
    - m_viewer
```
PvViewerIf m_viewer
```
      Link to viewer manager which enables access to displays and inspectors.
      
      Since:
      
      JavaView 2.45
      
      See Also:
      PgGeometry_Menu.getViewer(), PgGeometry_Menu.setViewer(jv.project.PvViewerIf)
- Class jv.project.PgJvxSrc extends PgGeometry implements Serializable
  - Serialized Fields
    - m_bEnabledIndexLabels
```
boolean m_bEnabledIndexLabels
```
      Flag whether default labels are shown in display if no label exists for an item. Usually, the default label is the index of an item in an array. For example, the index of a vertex in the vertex array of a point set.
    - m_bShowIndices
```
boolean m_bShowIndices
```
      Flag whether indices of vertices and elements are shown in display.
    - m_bShowVertexLabels
```
boolean m_bShowVertexLabels
```
      Flag whether labels of vertices are shown in display.
    - m_bShowPolygonLabels
```
boolean m_bShowPolygonLabels
```
      Flag whether labels of polygons are shown in display.
    - m_bShowEdgeLabels
```
boolean m_bShowEdgeLabels
```
      Flag whether labels of edges are shown in display.
    - m_bShowElementLabels
```
boolean m_bShowElementLabels
```
      Flag whether labels of elements are shown in display.
    - m_bShowSilhouette
```
boolean m_bShowSilhouette
```
      Flag whether edges at horizon are shown thickened in display.
    - m_bShowBackface
```
boolean m_bShowBackface
```
      Flag whether backfacing elements are shown in display.
    - m_numVertices
```
int m_numVertices
```
      Number of used vertices. Do not modify directly, use setNumOfVertices().
    - m_maxNumVertices
```
int m_maxNumVertices
```
      Maximum number of vertices in m_vertex array, internal use only
    - m_vertex
```
PdVector[] m_vertex
```
      Array of points of point set, where dimension of each vertex is the same. Dimension of all vertices is constant, and is determined as argument of the constructor. Applications usually call getVertices() to obtain vertex array, and work directly on the vertices.
    - m_vertexFunction
```
java.lang.String[][] m_vertexFunction
```
      Array of functions of point set, where dimension of each array is the same.
    - m_vertexColor
```
java.awt.Color[] m_vertexColor
```
      Colors of point set with one color per vertex.
    - m_vertexNormal
```
PdVector[] m_vertexNormal
```
      Normals of point set with one normal per vertex.
    - m_vertexTexture
```
PdVector[] m_vertexTexture
```
      Texture coordinates of each vertex in [0,1]*[0,1].
    - m_vertexSize
```
PdVector m_vertexSize
```
      Sizes of vertices with one size per vertex.
      
      Since:
      
      JavaView 2.43
    - m_bShowVertices
```
boolean m_bShowVertices
```
      Flag whether vertices are shown in display.
    - m_bShowTaggedVertices
```
boolean m_bShowTaggedVertices
```
      Flag whether tagged vertices are shown in display.
    - m_bShowVertexOutline
```
boolean m_bShowVertexOutline
```
      Flag whether drawing of border of vertex circles is enabled.
    - m_bShowVertexColors
```
boolean m_bShowVertexColors
```
      Flag whether to show vertex colors or not.
    - m_bShowVertexNormals
```
boolean m_bShowVertexNormals
```
      Flag whether to show vertex normals or not.
    - m_bShowVertexNormalArrow
```
boolean m_bShowVertexNormalArrow
```
      Flag whether to show arrow of vertex normals or not.
    - m_bShowVertexSizes
```
boolean m_bShowVertexSizes
```
      Flag whether to show vertex normals or not.
      
      Since:
      
      JavaView 2.43
    - m_globalVertexSize
```
double m_globalVertexSize
```
      Thickness in pixels of each vertex.
    - m_globalVertexColor
```
java.awt.Color m_globalVertexColor
```
      Global color of vertices applied if no individual vertex coloring available.
    - m_globalVertexTagColor
```
java.awt.Color m_globalVertexTagColor
```
      Global color of tagged vertices.
    - m_globalVertexNormalLength
```
double m_globalVertexNormalLength
```
      Scaling factor of all vertex normals.
    - m_globalVertexNormalSize
```
double m_globalVertexNormalSize
```
      Thickness in pixels of each vertex normal.
    - m_globalVertexNormalColor
```
java.awt.Color m_globalVertexNormalColor
```
      Global color of vertex normals applied if no individual normal coloring available.
    - m_numVectorFields
```
int m_numVectorFields
```
      Number of vector fields is equals to size of allocated vector field arrays.
    - m_dimOfVectors
```
int[] m_dimOfVectors
```
      Uniform number of components of vectors in a field.
    - m_vector
```
PdVector[][] m_vector
```
      Array of vector fields where each field has one vector per vertex or per element.
    - m_bShowVectorFieldMaterials
```
boolean[] m_bShowVectorFieldMaterials
```
      Flag if individual material of vf or of pointSet is used.
    - m_vectorColor
```
java.awt.Color[][] m_vectorColor
```
      Individual color of each vector of a vector field.
    - m_vectorName
```
java.lang.String[] m_vectorName
```
      Name of vector field.
    - m_bShowVectorFields
```
boolean m_bShowVectorFields
```
      Flag if all vector fields are shown which are itself visible.
    - m_bShowVectorField
```
boolean[] m_bShowVectorField
```
      Flag if individual vector fields are shown.
    - m_bShowVectorArrow
```
boolean[] m_bShowVectorArrow
```
      Flag if tip of vectors is shown as arrow.
    - m_vectorIsElementBased
```
boolean[] m_vectorIsElementBased
```
      Flag if vector field is element based or vertex based.
    - m_globalVectorLength
```
double[] m_globalVectorLength
```
      Scaling factor of all vectors.
    - m_globalVectorSize
```
double[] m_globalVectorSize
```
      Thickness in pixels of each vector.
    - m_bShowVectorColors
```
boolean[] m_bShowVectorColors
```
      Flag whether to show vertex colors or not.
    - m_globalVectorColor
```
java.awt.Color[] m_globalVectorColor
```
      Global color of all vectors.
    - m_shininess
```
double m_shininess
```
      Shininess determines the specular exponent of highlights.
    - m_specularColor
```
java.awt.Color m_specularColor
```
      Specular color determines the color of highlights.
    - m_transparency
```
double m_transparency
```
      Transparency is in [0, 1] where 0 corresponds to opaque and 1 to fully transparent.
    - m_bShowTransparency
```
boolean m_bShowTransparency
```
      Flag is transparency is enabled.
    - m_dimOfTextures
```
int m_dimOfTextures
```
      Number of components per texture coordinate.
    - m_bShowVertexTexture
```
boolean m_bShowVertexTexture
```
      Flag whether to show vertex texture or not.
    - m_bShowElementTexture
```
boolean m_bShowElementTexture
```
      Flag whether to show element texture or not.
    - m_textureSide
```
int m_textureSide
```
      Determines which sides of a surface receive texture if switched on. Value is one of PgGeometryIf.SIDE_BOTH, PgGeometryIf.SIDE_FRONT, PgGeometryIf.SIDE_BACK.
    - m_textureImageName
```
java.lang.String m_textureImageName
```
      URL of texture image.
    - m_textureImage
```
java.awt.Image m_textureImage
```
      Texture image.
    - m_filterType
```
int m_filterType
```
      Determines the filtering algorithm used when sampling texels in the texture domain.
    - m_blendingMode
```
int m_blendingMode
```
      Determines the blending algorithm used to combine surface color and texture information.
    - m_textureImageBnd
```
PdVector[] m_textureImageBnd
```
      Texture coordinates of texture image, default is {(0,0),(1,1)}.
    - m_textureTiling
```
java.awt.Dimension m_textureTiling
```
      Number of repetitions of texture image in both directions within the unit texture square, default is (1,1).
    - m_texturePeriodic
```
int m_texturePeriodic
```
      Determines if texture periodically extends outside the unit texture square in none, both or either direction. Possible values are among PgGeometryIf#PERIODIC_BOTH etc.
    - m_bShowEdgeNormals
```
boolean m_bShowEdgeNormals
```
      Flag whether to show edge normals or not.
    - m_bShowEdgeNormalArrow
```
boolean m_bShowEdgeNormalArrow
```
      Flag whether arrows are shown at edge normals.
    - m_globalEdgeNormalLength
```
double m_globalEdgeNormalLength
```
      Scaling factor of all edge normals used in display.
    - m_globalEdgeNormalSize
```
double m_globalEdgeNormalSize
```
      Thickness in pixels of each edge normal used in display.
    - m_globalEdgeNormalColor
```
java.awt.Color m_globalEdgeNormalColor
```
      Global color of edge normals used in display, applied if no individual normal coloring available.
    - m_creaseAngle
```
double m_creaseAngle
```
      Crease angle is a threshold determining sharp crease edges. In smooth lighting and shading there is no interpolation across crease edges. An edge is a crease edge if the dihedral angle (positive angle between normals) between the two adjacent faces is equal or larger than the crease angle threshold. The crease angle is measure in radians in [0,Pi]. A crease angle 0 induces flat shading and prevents all smoothing, and a crease angle Pi+eps shows all edges with smooth shading.
      
      Since:
      
      JavaView 3.03.007
    - m_numPolygons
```
int m_numPolygons
```
      Number of used polygons. Each polygon may be a polygon of different size.
    - m_maxNumPolygons
```
int m_maxNumPolygons
```
      Number of allocated polygons, in contrast to the number of used polygons. This value is adjusted automatically whenever more memory is needed.
    - m_dimOfPolygons
```
int m_dimOfPolygons
```
      Determines size of polygons. It has the following states
      m_dimOfPolygon = -1 polygons have different size = 3 all polygons are consist of 3 vertices = .. all polygons are polygons with same size
      See Also:
      PgJvxSrc.setDimOfPolygons(int)
    - m_polygon
```
PiVector[] m_polygon
```
      Array with all polygonal polygons. Each polygon with, say k, vertices is given by the indices of its k vertices in the array '[] m_vertex'. Polygons may differ in the number of vertices.
    - m_polygonColor
```
java.awt.Color[] m_polygonColor
```
      Colors of polygon with one color per edge.
    - m_polygonNormal
```
PdVector[] m_polygonNormal
```
      Normals of polygon with one normal per edge.
    - m_polygonSize
```
PdVector m_polygonSize
```
      Thickness of each polygon measured as radius of the representing circle or glyph.
      
      Since:
      
      JavaView 3.09
    - m_bShowPolygonSizes
```
boolean m_bShowPolygonSizes
```
      Flag whether to show individual or global polygon thickness.
      
      Since:
      
      JavaView 3.09
    - m_bShowPolygons
```
boolean m_bShowPolygons
```
      Flag whether polygons are shown in display.
    - m_bShowTaggedPolygons
```
boolean m_bShowTaggedPolygons
```
      Flag whether tagged polygons are shown in display.
    - m_bShowPolygonNormals
```
boolean m_bShowPolygonNormals
```
      Flag whether to show edge normals or not.
    - m_bShowPolygonNormalArrow
```
boolean m_bShowPolygonNormalArrow
```
      Flag whether to show arrow of edge normals or not.
    - m_bShowPolygonColors
```
boolean m_bShowPolygonColors
```
      Flag whether to show polygon colors or not.
    - m_bShowPolygonStartArrow
```
boolean m_bShowPolygonStartArrow
```
      Flag whether arrow is shown at first point of polygon.
    - m_bShowPolygonEndArrow
```
boolean m_bShowPolygonEndArrow
```
      Flag whether arrow is shown at last point of polygon.
    - m_globalPolygonColor
```
java.awt.Color m_globalPolygonColor
```
      Global color of polygons applied if no individual polygon coloring available.
    - m_globalPolygonTagColor
```
java.awt.Color m_globalPolygonTagColor
```
      Global color of tagged polygons.
    - m_globalPolygonSize
```
double m_globalPolygonSize
```
      Thickness in pixels of each polygon.
    - m_globalPolygonNormalLength
```
double m_globalPolygonNormalLength
```
      Scaling factor of all vertex normals.
    - m_globalPolygonNormalSize
```
double m_globalPolygonNormalSize
```
      Thickness in pixels of each vertex normal.
    - m_globalPolygonNormalColor
```
java.awt.Color m_globalPolygonNormalColor
```
      Global color of vertex normals used in display, applied if no individual normal coloring available.
    - m_numEdges
```
int m_numEdges
```
      Number of used edges. Each edge may be a polygon of different size.
    - m_edge
```
PiVector[] m_edge
```
      Array with edges of element set. Will be updated whenever connectivity changes.
    - m_edgeColor
```
java.awt.Color[] m_edgeColor
```
      Color of each edge. Optionally, the edge colors may also be induced from either element or vertex colors if available.
      
      Since:
      
      JavaView 3.96.026
    - m_edgeSize
```
PdVector m_edgeSize
```
      Thickness of each edge measured as radius of the representing circle or glyph.
      
      Since:
      
      JavaView 3.96.026
    - m_elementEdge
```
PiVector[] m_elementEdge
```
      For each element, the indices of the incident edges in the same enumeration as the neighbour array.
      
      Since:
      
      JavaView 3.96.026
    - m_bShowEdges
```
boolean m_bShowEdges
```
      Flag whether edges are shown in display.
    - m_bShowTaggedEdges
```
boolean m_bShowTaggedEdges
```
      Flag whether tagged edges are shown in display.
    - m_bShowEdgeColors
```
boolean m_bShowEdgeColors
```
      Flag whether to show edge colors or not.
    - m_bShowEdgeColorFromElements
```
boolean m_bShowEdgeColorFromElements
```
      Flag if edge colors are induced from element colors.
    - m_bShowEdgeColorFromVertices
```
boolean m_bShowEdgeColorFromVertices
```
      Flag if edge colors are induced from vertex colors.
    - m_globalEdgeColor
```
java.awt.Color m_globalEdgeColor
```
      Global color of edges applied if no individual edge coloring available.
    - m_globalEdgeTagColor
```
java.awt.Color m_globalEdgeTagColor
```
      Global color of tagged edges.
    - m_globalEdgeSize
```
double m_globalEdgeSize
```
      Thickness in pixels of each edge.
    - m_bShowEdgeSizes
```
boolean m_bShowEdgeSizes
```
      Flag whether to show individual or global edge thickness.
      
      Since:
      
      JavaView 3.96.026
    - m_numBndPolygons
```
int m_numBndPolygons
```
      Number of boundary polygons.
    - m_bndName
```
java.lang.String[] m_bndName
```
      Names of boundary polygons.
    - m_bShowBoundaries
```
boolean m_bShowBoundaries
```
      Flag whether boundary is shown in display.
    - m_bShowBnd
```
boolean[] m_bShowBnd
```
      Flag if individual boundary polygons are visible.
    - m_bShowTaggedBoundaries
```
boolean m_bShowTaggedBoundaries
```
      Flag whether tagged boundary is shown in display.
    - m_globalBndColor
```
java.awt.Color m_globalBndColor
```
      Global color of boundary.
    - m_globalBndTagColor
```
java.awt.Color m_globalBndTagColor
```
      Global color of tagged boundary.
    - m_bndColor
```
java.awt.Color[] m_bndColor
```
      Color of boundary polygons if global bnd color is not used.
    - m_globalBndSize
```
double m_globalBndSize
```
      Global thickness in pixels of boundaries.
    - m_bndSize
```
double[] m_bndSize
```
      Thickness in pixels of boundary polygons if global bnd size is not used.
    - m_bShowBndMaterials
```
boolean[] m_bShowBndMaterials
```
      Flag if individual material of boundary polygons or global boundary properties is used.
    - m_bndElementInd
```
PiVector[] m_bndElementInd
```
      Indices of adjacent elements.
    - m_bndNeighbourLocInd
```
PiVector[] m_bndNeighbourLocInd
```
      Local indices of opposite vertices.
    - m_bndNumVertices
```
PiVector m_bndNumVertices
```
      Number of vertices for each boundary polygon.
    - m_bndVertices
```
PdVector[][] m_bndVertices
```
      Vertices of boundary polygons.
    - m_bndVertexInd
```
PiVector[] m_bndVertexInd
```
      Global indices of boundary polygon vertices.
    - m_dimOfElements
```
int m_dimOfElements
```
      Determines size of elements. It has the following states
      m_dimOfElement = -1 elements have different size = 3 all elements are triangles = 4 all elements are quadrilaterals = .. all elements are polygons with same size
      Some methods assume all elements to be triangles. In such a case all elements are triangulated.
      See Also:
      PgJvxSrc.setDimOfElements(int)
    - m_maxDimOfElements
```
int m_maxDimOfElements
```
      Maximal number of vertices per element.
    - m_numElements
```
int m_numElements
```
      Number of used elements. Each element may be a polygon of different size.
      
      See Also:
      PgJvxSrc.setNumElements(int)
    - m_maxNumElements
```
int m_maxNumElements
```
      Number of allocated elements, in contrast to the number of used elements. This value is adjusted automatically whenever more memory is needed.
    - m_element
```
PiVector[] m_element
```
      Array with all polygonal faces. Each face with, say k, points is given by the indices of its k vertices in the array '[] m_vertex'. Elements may differ in the number of vertices.
    - m_elementColor
```
java.awt.Color[] m_elementColor
```
      Colors of element set with one color per element.
    - m_elementNormal
```
PdVector[] m_elementNormal
```
      Colors of element set with one normal per element.
    - m_elementTexture
```
PdVector[][] m_elementTexture
```
      Texture coordinates for each element.
    - m_bShowElements
```
boolean m_bShowElements
```
      Flag whether elements are shown in display.
    - m_bShowTaggedElements
```
boolean m_bShowTaggedElements
```
      Flag whether tagged elements are shown in display.
    - m_bShowElementNormals
```
boolean m_bShowElementNormals
```
      Flag whether to show element normals or not.
    - m_bShowElementNormalArrow
```
boolean m_bShowElementNormalArrow
```
      Flag whether to show arrow of element normals or not.
    - m_bShowElementColors
```
boolean m_bShowElementColors
```
      Flag whether to show element colors or not.
    - m_globalElementColor
```
java.awt.Color m_globalElementColor
```
      Global color of elements applied if no individual element coloring available.
    - m_globalElementTagColor
```
java.awt.Color m_globalElementTagColor
```
      Global color of tagged elements.
    - m_globalElementBackColor
```
java.awt.Color m_globalElementBackColor
```
      Global color of backside of elements used in display, applied if enabled.
    - m_elementBackColor
```
java.awt.Color[] m_elementBackColor
```
      Colors of backside of element set with one color per element.
    - m_bShowElementBackColor
```
boolean m_bShowElementBackColor
```
      Flag to enable showing of global backface color.
    - m_bShowElementBackColors
```
boolean m_bShowElementBackColors
```
      Flag to enable showing of individual backface color.
    - m_bShowSmoothLighting
```
boolean m_bShowSmoothLighting
```
      Flag if Gouraud shading is enabled.
    - m_bShowSmoothEdgeColors
```
boolean m_bShowSmoothEdgeColors
```
      Flag if edges are smoothly shaded, currently requires vertex colors.
    - m_bShowSmoothElementColors
```
boolean m_bShowSmoothElementColors
```
      Flag if elements are smoothly shaded, currently requires vertex colors.
    - m_bShowElementColorFromVertices
```
boolean m_bShowElementColorFromVertices
```
      Flag if smooth element coloring uses vertex colors. Requires vertex colors.
    - m_globalElementNormalLength
```
double m_globalElementNormalLength
```
      Scaling factor of all vertex normals.
    - m_globalElementNormalSize
```
double m_globalElementNormalSize
```
      Thickness in pixels of each vertex normal.
    - m_globalElementNormalColor
```
java.awt.Color m_globalElementNormalColor
```
      Global color of vertex normals used in display, applied if no individual normal coloring available.
    - m_neighbour
```
PiVector[] m_neighbour
```
      Array with neighbours of all elements. For each element with, say k, edges exists a corresponding neighbour array listing the indices of the neighbouring elements at these edges.
- Class jv.project.PjProject extends PsObject implements Serializable
  - Serialized Fields
    - m_display
```
PvDisplayIf m_display
```
      Default display of project.
    - m_displayList
```
java.util.Vector<E> m_displayList
```
      List of registered displays of project. Project must add and remove geometries from these displays itself.
    - m_rootGeometry
```
java.util.Vector<E> m_rootGeometry
```
      List of geometries of project. Each geometry was added with addGeometry(PgGeometryIf).
    - m_geometry
```
PgGeometryIf m_geometry
```
      Main geometry of project. Geometry will be registered in display, installs its info and material panels in the control window, and installs its menu in the menu bar of the control window.
    - m_anim
```
PsAnimation m_anim
```
      Supervising animation control, empty if not used.
    - m_parm
```
java.lang.String[][] m_parm
```
      Applet parameter.
    - m_viewer
```
PvViewerIf m_viewer
```
      Reference to current viewer instance to access dialogs and panels.
    - m_bAutoFit
```
boolean m_bAutoFit
```
      Flag determines whether scenery is scaled to fit display when start() is called. On default, auto fit is enabled.
      
      See Also:
      PjProject.setEnabledAutoFit(boolean)
    - m_bUpdateSender
```
boolean m_bUpdateSender
```
      Flag determines if current update sequence has been issued within this project.
      
      Since:
      
      JavaView 3.58.002
    - m_backCol
```
java.awt.Color m_backCol
```
    - m_borderType
```
int m_borderType
```
- Class jv.project.PjProject_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_project
```
PjProject m_project
```
- Class jv.project.PvCameraEvent extends java.lang.Object implements Serializable
  - Serialized Fields
    - m_display
```
PvDisplayIf m_display
```
      Display where pick event occurred.
    - m_camera
```
PvCameraIf m_camera
```
      Current camera of display.
    - m_location
```
java.awt.Point m_location
```
      Position of cursor in pixel coordinates of drawing canvas.
    - m_dim
```
int m_dim
```
      Dimension of vertex in world coordinates.
    - m_vertex
```
PdVector m_vertex
```
      Vertex representing a world point under the mouse position.
Package jv.rsrc
- Class jv.rsrc.PsAuthorInfo extends PsObject implements Serializable
  - Serialized Fields
    - m_maxNumAuthors
```
int m_maxNumAuthors
```
      Maximal number of authors. If 0 then no constraints, any positive value will constrain the allocation of new authors.
    - m_numAuthors
```
int m_numAuthors
```
      Number of authors and length of string arrays of instance variables.
    - m_currAuthor
```
int m_currAuthor
```
      Index of currently selected author.
    - m_profession
```
java.lang.String m_profession
```
      Profession of all authors like users, licensees etc.
    - m_info
```
java.lang.String[][] m_info
```
      All author data. First entry runs through all codes, and second index runs through all authors.
    - m_bEnableLoading
```
boolean m_bEnableLoading
```
      Enable loading of author information from other resources with button in inspector
- Class jv.rsrc.PsAuthorInfo_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_authorInfo
```
PsAuthorInfo m_authorInfo
```
      Parent author info containing the data of all authors.
    - m_authorInfoBackup
```
PsAuthorInfo m_authorInfoBackup
```
    - m_pAffiliation
```
java.awt.Panel m_pAffiliation
```
    - m_lAuthor
```
java.awt.Label m_lAuthor
```
    - m_numAuthors
```
int m_numAuthors
```
      Number of currently non-empty author fields.
    - m_currAuthorInd
```
int m_currAuthorInd
```
      Index of currently visible author.
    - m_cAuthorIndex
```
java.awt.Choice m_cAuthorIndex
```
      Checkbox to selected an author for modification.
    - m_lInfo
```
java.awt.Label[] m_lInfo
```
      Labels for all author topics.
    - m_tInfo
```
java.awt.TextComponent[] m_tInfo
```
      Text fields for all author topics.
    - m_infoStore
```
java.lang.String[][] m_infoStore
```
      Store all data until reset() is called again.
    - m_pRight
```
PsPanel m_pRight
```
      Button for loading author information.
    - m_pLoad
```
PsPanel m_pLoad
```
      Button for loading author information.
    - m_bLoad
```
java.awt.Button m_bLoad
```
      Button for loading author information.
    - m_cAuthorInfo
```
java.awt.Choice m_cAuthorInfo
```
      Checkbox to selected an author for modification.
- Class jv.rsrc.PsGeometryInfo extends PsObject implements Serializable
  - Serialized Fields
    - m_abstract
```
java.lang.String m_abstract
```
      Abstract of geometry, first line relevant for preview.
    - m_detail
```
java.lang.String m_detail
```
      Detailed Html text of geometry consisting of a set of paragraphs.
    - m_bTextOnly
```
boolean m_bTextOnly
```
      Flag if detail text of geometry is text without html markup tags. Currently, JVX requires text only while EG-Models description text allows a variety of HTML markup tags.
    - m_primary
```
java.lang.String m_primary
```
      Primary MSC2000 classification.
    - m_secondary
```
java.lang.String[] m_secondary
```
      Secondary MSC2000 classifications.
    - m_keyword
```
java.lang.String[] m_keyword
```
      Keywords describing the geometry.
    - m_zentralblatt
```
java.lang.String m_zentralblatt
```
      Number of Zentralblatt fuer Mathematik if geometry was reviewed there.
    - m_software
```
java.lang.String m_software
```
      Software including version number used for producing this geometry.
- Class jv.rsrc.PsGeometryInfo_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_geometryInfo
```
PsGeometryInfo m_geometryInfo
```
      Parent author info containing the data of all authors.
    - m_pClassification
```
java.awt.Panel m_pClassification
```
    - m_lClassification
```
java.awt.Label m_lClassification
```
    - m_lDescription
```
java.awt.Label m_lDescription
```
    - m_lAbstract
```
java.awt.Label m_lAbstract
```
    - m_tAbstract
```
java.awt.TextArea m_tAbstract
```
    - m_lDetail
```
java.awt.Label m_lDetail
```
    - m_tDetail
```
java.awt.TextArea m_tDetail
```
    - m_lPrimary
```
java.awt.Label m_lPrimary
```
    - m_tPrimary
```
java.awt.TextField m_tPrimary
```
    - m_lSecondary
```
java.awt.Label m_lSecondary
```
    - m_tSecondary
```
java.awt.TextField m_tSecondary
```
    - m_lKeywords
```
java.awt.Label m_lKeywords
```
    - m_tKeywords
```
java.awt.TextField m_tKeywords
```
    - m_lZentralblatt
```
java.awt.Label m_lZentralblatt
```
    - m_tZentralblatt
```
java.awt.TextField m_tZentralblatt
```
    - m_lSoftware
```
java.awt.Label m_lSoftware
```
    - m_tSoftware
```
java.awt.TextField m_tSoftware
```
- Class jv.rsrc.PsJavaView extends PsObject implements Serializable
- Class jv.rsrc.PsJavaView_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_rsrcInfo
```
PsJavaView m_rsrcInfo
```
    - m_tTitle
```
java.awt.TextField m_tTitle
```
    - m_pAuthor
```
PsPanel m_pAuthor
```
    - m_authorIP
```
PsAuthorInfo_IP m_authorIP
```
    - m_cWorkshopBackup
```
java.awt.Checkbox m_cWorkshopBackup
```
    - m_cAutoIdentify
```
java.awt.Checkbox m_cAutoIdentify
```
    - m_cAutoNeighbour
```
java.awt.Checkbox m_cAutoNeighbour
```
    - m_cAutoNormals
```
java.awt.Checkbox m_cAutoNormals
```
    - m_cInstanceSharing
```
java.awt.Checkbox m_cInstanceSharing
```
    - m_cOnlyVertices
```
java.awt.Checkbox m_cOnlyVertices
```
    - m_cOnlyEvery100thVertex
```
java.awt.Checkbox m_cOnlyEvery100thVertex
```
    - m_lInfo
```
java.awt.Label[] m_lInfo
```
      Labels for all author topics.
    - m_tInfo
```
java.awt.TextField[] m_tInfo
```
      Text fields for all author topics.
    - m_bTemp
```
boolean m_bTemp
```
      Save a copy of the author in order to be able to restore the previous status.
- Class jv.rsrc.PsLicense extends PsObject implements Serializable
  - Serialized Fields
    - m_title
```
java.lang.String m_title
```
      Title of license, length up to one line.
    - m_lic_IP
```
PsLicense_IP m_lic_IP
```
      Reference to info panel. Link is necessary since it is a dialog and therefore not covered by PsObject inspectors.
- Class jv.rsrc.PsLicense_IP extends PsDialog implements Serializable
  - Serialized Fields
    - m_lic
```
PsLicense m_lic
```
    - m_tLicenseExpire
```
java.awt.TextField m_tLicenseExpire
```
    - m_tLicenseId
```
java.awt.TextField m_tLicenseId
```
    - m_tLicenseType
```
java.awt.TextField m_tLicenseType
```
    - m_tLicenseUsage
```
java.awt.TextField m_tLicenseUsage
```
    - m_tTitle
```
java.awt.TextField m_tTitle
```
    - m_pAuthor
```
java.awt.Panel m_pAuthor
```
    - m_authorIP
```
PsAuthorInfo_IP m_authorIP
```
- Class jv.rsrc.PsXmlNode extends java.lang.Object implements Serializable
  - Serialized Fields
    - m_type
```
java.lang.String m_type
```
      Element type of this node, i.e. name of the XML element.
    - m_attribute
```
java.util.Hashtable<K,V> m_attribute
```
      Attribute list of element of this node.
    - m_content
```
java.lang.String m_content
```
      Content text of this element.
    - m_contentEnd
```
java.lang.String m_contentEnd
```
      End segment of content respectively content buffer for faster check of end character.
    - m_contentBuffer
```
java.lang.StringBuffer m_contentBuffer
```
      Content text of this element in a buffer for faster appending of new text segments.
    - m_mixedContent
```
java.util.Vector<E> m_mixedContent
```
      Mixed content with text and child elements.
    - m_father
```
PsXmlNode m_father
```
      Parent element of this node.
    - m_sibling
```
PsXmlNode m_sibling
```
      Sibling is next child of parent element of this node.
    - m_child
```
PsXmlNode m_child
```
      First child element of this node.
    - m_lastChild
```
PsXmlNode m_lastChild
```
      Last child element of this node.
    - m_bIsExpanded
```
boolean m_bIsExpanded
```
      Status during parsing.
    - m_bMixedMode
```
boolean m_bMixedMode
```
      Determine whether in mixed mode.
- Class jv.rsrc.PsXmlSrc extends java.lang.Object implements Serializable
  - Serialized Fields
    - m_docName
```
java.lang.String m_docName
```
      Name of root element in resource DTD.
    - m_docType
```
java.lang.String m_docType
```
      Url of resource DTD.
    - m_root
```
PsXmlNode m_root
```
      Root element of resource tree.
    - m_rsrcFile
```
java.lang.String m_rsrcFile
```
      Name of associated XML file.
Package jv.thirdParty.expr
- Class jv.thirdParty.expr.Expr extends java.lang.Object implements Serializable
  - Serialized Fields
    - m_z
```
PuComplex m_z
```
    - m_bComplex
```
boolean m_bComplex
```
- Class jv.thirdParty.expr.Syntax_error extends java.lang.Exception implements Serializable
- Class jv.thirdParty.expr.Variable extends java.lang.Object implements Serializable
  - Serialized Fields
    - m_name
```
java.lang.String m_name
```
      Unique name of variable.
    - m_val
```
double m_val
```
      Numerical value of variable.
    - m_bComplex
```
boolean m_bComplex
```
    - m_z
```
PuComplex m_z
```
      Numerical complex value of variable.
Package jv.thirdParty.ruler
- Class jv.thirdParty.ruler.PgAxes extends PgGeometry implements Serializable
  - Serialized Fields
    - defScale
```
double defScale
```
    - xoff
```
int xoff
```
      Additional offset in x-direction of ruler name.
    - yoff
```
int yoff
```
      Additional offset in y-direction of ruler name.
    - STD_ALIGN
```
int[] STD_ALIGN
```
      Set of parameters determines relative position of ruler name.
    - STD_ALIGN_X
```
int[] STD_ALIGN_X
```
      Set of parameters determines relative position of ruler name of horizontal x-axis.
    - STD_ALIGN_Y
```
int[] STD_ALIGN_Y
```
      Set of parameters determines relative position of ruler name of vertical x-axis.
    - STD_ALIGN_Z
```
int[] STD_ALIGN_Z
```
      Set of parameters determines relative position of ruler name of vertical z-axis.
    - m_coordSystem
```
int m_coordSystem
```
      Currently active coordinate system.
    - m_cameraType
```
int m_cameraType
```
      Determines the current projection in the display where this axis is used.
    - m_display
```
PvDisplayIf m_display
```
      Display where this axes is registered and receives camera events from.
      
      Since:
      
      JavaView 2.99.001
    - m_mode
```
int m_mode
```
      Type of the axes frame, i.e. PgAxes#AXES_3DBOUNDING_BOX, PgAxes#AXES_3DCENTRAL...
    - m_dimMode
```
int m_dimMode
```
      Dimension of mode, i.e. 1D, 2D or 3D. Assigned in setMode(int).
    - m_numAxis
```
int m_numAxis
```
      Number of allocated axis rulers.
    - m_axis
```
PgRuler[] m_axis
```
      Set of individual axis rulers.
    - m_defAxisLabel
```
java.lang.String[] m_defAxisLabel
```
      Default labels of axes.
    - m_showHashingFlags
```
boolean[] m_showHashingFlags
```
      Flags correspond to showing the hashmarks along [Xn,Xup,Yn,Yup,Zn,Zup]. xyGrid [TFFTFF]; yzGrid [FFTFFT]; zxGrid [FTFFTF].
    - m_hashMode
```
int m_hashMode
```
      Type of the axes frame, i.e. PgAxes#AXES_3DBOUNDING_BOX, PgAxes#AXES_3DCENTRAL...
    - m_bShowAllMajors
```
boolean m_bShowAllMajors
```
      Flag for showing major hashings everywhere.
    - m_bShowAllMinors
```
boolean m_bShowAllMinors
```
      Flag for showing minor hashings everywhere.
    - m_bShowLabels
```
boolean m_bShowLabels
```
      Flag for showing the numbers as labels at the hashings.
    - m_bShowRulerNames
```
boolean m_bShowRulerNames
```
      Flag for showing the names of individual axes.
    - m_bAutoBounds
```
boolean m_bAutoBounds
```
      Flag if bounding box of working space is automatically adjusted to bounding box of scene.
    - m_bAutoHashing
```
boolean m_bAutoHashing
```
      Flag if partitioning of rulers is automatically adjusted to size of scene.
    - m_bAutoLayout
```
boolean m_bAutoLayout
```
      Flag if positioning of rulers is automatically adjusted to viewing direction of camera.
    - m_scale
```
double m_scale
```
      Determines the spacing of major hashings in dynamic axes.
    - m_numMajorHashings
```
PuInteger m_numMajorHashings
```
    - m_numMinorHashings
```
PuInteger m_numMinorHashings
```
    - m_majorHashUnits
```
PuDouble m_majorHashUnits
```
    - m_minorHashUnits
```
PuDouble m_minorHashUnits
```
    - m_bndbox
```
PdVector[] m_bndbox
```
      Bounding box of scene may either enclose exactly the current geometries or enclose a working space.
    - m_bndboxDisp
```
PdVector[] m_bndboxDisp
```
      Current bounding box of display will even be updated when auto-bounds are switched off.
    - m_bndMin
```
PuDouble[] m_bndMin
```
      Minimum bounds of each axis.
    - m_bndMax
```
PuDouble[] m_bndMax
```
      Maximum bounds of each axis.
    - m_viewVect
```
PdVector m_viewVect
```
      Backup of vector of the last valid camera direction.
    - m_boxRatio
```
PdVector m_boxRatio
```
      Current box ratio of display.
    - m_bEnableBoxRatio
```
boolean m_bEnableBoxRatio
```
      Determines if box ratio is enabled.
    - m_bndBoxColor
```
PdColor m_bndBoxColor
```
      Color of bounding box.
    - m_indexOfColor
```
int m_indexOfColor
```
      Index of slider whose color is adjusted, or -1 if all rulers are synchronized.
    - m_axesColor
```
PdColor m_axesColor
```
      Color of all axes.
    - m_axesSize
```
PuDouble m_axesSize
```
      Thickness of polygon of all axes.
    - m_bEnabledX
```
boolean m_bEnabledX
```
      Determines if x-ruler is used by the current axes configuration.
    - m_bEnabledY
```
boolean m_bEnabledY
```
      Determines if y-ruler is used by the current axes configuration.
    - m_bEnabledZ
```
boolean m_bEnabledZ
```
      Determines if z-ruler is used by the current axes configuration.
    - m_bEnabledGridXY
```
boolean m_bEnabledGridXY
```
      Determines if xy-grid is enabled by external call, may still be disabled temporarily.
    - m_bEnabledGridYZ
```
boolean m_bEnabledGridYZ
```
      Determines if yz-grid is enabled by external call, may still be disabled temporarily.
    - m_bEnabledGridZX
```
boolean m_bEnabledGridZX
```
      Determines if zx-grid is enabled by external call, may still be disabled temporarily.
- Class jv.thirdParty.ruler.PgAxes_CP extends PsPanel implements Serializable
  - Serialized Fields
    - m_axes
```
PgAxes m_axes
```
    - m_cShowAxes
```
java.awt.Checkbox m_cShowAxes
```
    - m_cMode
```
java.awt.Choice m_cMode
```
    - m_cShowXYGrid
```
java.awt.Checkbox m_cShowXYGrid
```
    - m_cShowYZGrid
```
java.awt.Checkbox m_cShowYZGrid
```
    - m_cShowZXGrid
```
java.awt.Checkbox m_cShowZXGrid
```
    - m_gCoord
```
java.awt.CheckboxGroup m_gCoord
```
    - m_cCoord
```
java.awt.Checkbox[] m_cCoord
```
    - m_cbg
```
java.awt.CheckboxGroup m_cbg
```
    - m_cTickMode
```
java.awt.Checkbox[] m_cTickMode
```
    - m_cName
```
java.awt.Checkbox m_cName
```
    - m_cBoundary
```
java.awt.Checkbox m_cBoundary
```
    - m_cArrows
```
java.awt.Checkbox m_cArrows
```
    - m_cMajorTicks
```
java.awt.Checkbox m_cMajorTicks
```
    - m_cMinorTicks
```
java.awt.Checkbox m_cMinorTicks
```
    - m_cNumbers
```
java.awt.Checkbox m_cNumbers
```
    - m_cAutoBounds
```
java.awt.Checkbox m_cAutoBounds
```
    - m_cAutoLayout
```
java.awt.Checkbox m_cAutoLayout
```
    - m_cAutoTicks
```
java.awt.Checkbox m_cAutoTicks
```
    - m_pTick
```
PsPanel m_pTick
```
    - m_pBounds
```
PsPanel m_pBounds
```
    - m_pColor
```
PsPanel m_pColor
```
    - m_pBottomButtons
```
PsPanel m_pBottomButtons
```
    - m_bReset
```
java.awt.Button m_bReset
```
- Class jv.thirdParty.ruler.PgRuler extends PgJvxSrc implements Serializable
  - Serialized Fields
    - m_hashMode
```
int m_hashMode
```
      Mode determines spacing of hashings, see HASH_FIXED or HASH_PARTITIONED.
    - m_bMajorMode
```
boolean m_bMajorMode
```
      Flag for showing major hashings.
    - m_bMinorMode
```
boolean m_bMinorMode
```
      Flag for showing minor hashings.
    - m_bHashInNormalDir
```
boolean m_bHashInNormalDir
```
      Flag for showing hashings in direction of normal vector.
    - m_bHashInUpDir
```
boolean m_bHashInUpDir
```
      Flag for showing hashings in direction of up vector
    - m_bShowLabels
```
boolean m_bShowLabels
```
      Flag for showing the labels on each hash.
    - m_bShowArrow
```
boolean m_bShowArrow
```
      Flag for showing an arrow at the positive end of the ruler.
    - m_rulerName
```
java.lang.String m_rulerName
```
      Shown name of ruler, usually identical to PsObject#name if != "".
    - m_bShowRulerName
```
boolean m_bShowRulerName
```
      Flag for showing the title of the ruler.
    - m_rulerNamePos
```
int m_rulerNamePos
```
      Type of alignment of name, RULER_NAME_ALIGN_LEFT, _RIGHT, _CENTER.
    - m_minMax
```
PdVector m_minMax
```
      0 holds min param unit, 1 holds max hash unit.
    - m_origin
```
PdVector m_origin
```
      Intial endpoint of the ruler (A).
    - m_normalOffset
```
PdVector m_normalOffset
```
      Up hash vector origin.
    - m_upOffset
```
PdVector m_upOffset
```
      Normal hash vector origin for normal vector direction.
    - m_v
```
PdVector m_v
```
      Direction of ruler respectively axis.
    - m_n
```
PdVector m_n
```
      Normal vector to plane of ruler direction and hashings.
    - m_u
```
PdVector m_u
```
      Up direction of hash vector.
    - m_bAutoBounds
```
boolean m_bAutoBounds
```
      Flag if bounding box of working space is automatically adjusted to bounding box of scene.
    - m_bAutoHashing
```
boolean m_bAutoHashing
```
      Flag if partitioning of rulers is automatically adjusted to size of scene.
    - m_bAutoLayout
```
boolean m_bAutoLayout
```
      Flag if positioning of rulers is automatically adjusted to viewing direction of camera.
    - m_minorHashExtent
```
double[] m_minorHashExtent
```
    - m_majorHashExtent
```
double[] m_majorHashExtent
```
    - m_majorHashExtentColor
```
java.awt.Color m_majorHashExtentColor
```
    - m_minorHashExtentColor
```
java.awt.Color m_minorHashExtentColor
```
    - m_numMajorHashings
```
PuInteger m_numMajorHashings
```
      Number of Major grid lines in interval.
    - m_numMinorHashings
```
PuInteger m_numMinorHashings
```
      Number of Minor grid lines in interval.
    - m_majorHashUnits
```
PuDouble m_majorHashUnits
```
      Major Units
    - m_minorHashUnits
```
PuDouble m_minorHashUnits
```
      Minor Units
    - m_bndMin
```
PuDouble m_bndMin
```
      Minimum bound of ruler.
    - m_bndMax
```
PuDouble m_bndMax
```
      Maximum bound of ruler.
    - m_edgeColor
```
PdColor m_edgeColor
```
      Global edge color of polygon.
    - m_edgeSize
```
PuDouble m_edgeSize
```
      Global edge thickness of polygon.
    - m_defMin
```
double m_defMin
```
    - m_defMax
```
double m_defMax
```
    - m_defMajorHashUnit
```
double m_defMajorHashUnit
```
    - m_defMinorHashUnit
```
double m_defMinorHashUnit
```
    - m_defNumMajorHashings
```
int m_defNumMajorHashings
```
    - m_defNumMinorHashings
```
int m_defNumMinorHashings
```
    - m_defhMajor
```
double m_defhMajor
```
    - m_defhMinor
```
double m_defhMinor
```
    - m_defbHashInNormalDir
```
boolean m_defbHashInNormalDir
```
    - m_defbHashInUpDir
```
boolean m_defbHashInUpDir
```
    - m_defhMajorColor
```
java.awt.Color m_defhMajorColor
```
    - m_defhMinorColor
```
java.awt.Color m_defhMinorColor
```
    - m_bHasGrid
```
boolean m_bHasGrid
```
      Determines if axis has a grid to either side.
    - m_bHashCentered
```
boolean m_bHashCentered
```
      Determines if hashings are centered at axis or lie towards the inside.
    - m_hashBase
```
PdVector m_hashBase
```
      Helper variable when computing this axis.
    - m_hashTip
```
PdVector m_hashTip
```
      Helper variable when computing this axis.
    - m_hashOrigin
```
PdVector m_hashOrigin
```
      Helper variable when computing this axis.
    - m_majorHashing
```
double[] m_majorHashing
```
      Real parameters representing the major hashings on the line.
    - m_minorHashing
```
double[] m_minorHashing
```
      Real parameters representing the minor hashings on the line.
    - m_ratio
```
double m_ratio
```
      Individual scaling factor of this axis applied when box ratio are active.
- Class jv.thirdParty.ruler.PgRuler_CP extends PsPanel implements Serializable
  - Serialized Fields
    - m_ruler
```
PgRuler m_ruler
```
    - m_cShowRuler
```
java.awt.Checkbox m_cShowRuler
```
    - m_tName
```
java.awt.TextField m_tName
```
    - m_cbg
```
java.awt.CheckboxGroup m_cbg
```
    - m_cTickMode
```
java.awt.Checkbox[] m_cTickMode
```
    - m_cName
```
java.awt.Checkbox m_cName
```
    - m_cBoundary
```
java.awt.Checkbox m_cBoundary
```
    - m_cArrows
```
java.awt.Checkbox m_cArrows
```
    - m_cMajorTicks
```
java.awt.Checkbox m_cMajorTicks
```
    - m_cMinorTicks
```
java.awt.Checkbox m_cMinorTicks
```
    - m_cNumbers
```
java.awt.Checkbox m_cNumbers
```
    - m_cAutoBounds
```
java.awt.Checkbox m_cAutoBounds
```
    - m_cAutoTicks
```
java.awt.Checkbox m_cAutoTicks
```
    - m_pTick
```
PsPanel m_pTick
```
    - m_pBounds
```
PsPanel m_pBounds
```
    - m_pColor
```
PsPanel m_pColor
```
      Color panel of ruler.
    - m_pBottomButtons
```
PsPanel m_pBottomButtons
```
    - m_bReset
```
java.awt.Button m_bReset
```
Package jv.vecmath
- Class jv.vecmath.P_Vector extends java.lang.Object implements Serializable
  - Serialized Fields
    - m_bits
```
long m_bits
```
      Bitset of vector.
    - m_name
```
java.lang.String[] m_name
```
      Optional name array of vector.
- Class jv.vecmath.PbVector extends P_Vector implements Serializable
  - Serialized Fields
    - m_data
```
boolean[] m_data
```
      Data array containing the components of the vector. Array has public access for efficiency reasons in numerical computations, although method access should be preferred. Do not modify length of array directly.
- Class jv.vecmath.PcMatrix extends java.lang.Object implements Serializable
  - Serialized Fields
    - m_iSize
```
int m_iSize
```
      Number of rows of matrix, equal to m_jSize for square matrices.
    - m_jSize
```
int m_jSize
```
      Number of columns of matrix, equal to m_iSize for square matrices.
    - m_data
```
PuComplex[][] m_data
```
      Data array containing the components of the vector. Array has public access for efficiency reasons in numerical computations, although method access should be preferred. Do not modify length of array directly.
- Class jv.vecmath.PdBary extends P_Vector implements Serializable
  - Serialized Fields
    - m_data
```
double[] m_data
```
      Array with barycentric coordinates, sum of entries must be 1. Length is equal to barycentric dimension.
    - m_elementInd
```
int m_elementInd
```
      May be used as the element of this point, defaults to -1.
- Class jv.vecmath.PdBaryDir extends P_Vector implements Serializable
  - Serialized Fields
    - m_data
```
double[] m_data
```
      Array with barycentric coordinates, sum of entries must be 1. Length is equal to barycentric dimension.
    - m_elementInd
```
int m_elementInd
```
      Index of the surface element, default is -1.
- Class jv.vecmath.PdMatrix extends java.lang.Object implements Serializable
  - Serialized Fields
    - m_size
```
int m_size
```
      Number of rows of matrix, always equal to m_iSize. Variable is used for square matrices. Variable should be removed.
    - m_iSize
```
int m_iSize
```
      Number of rows of matrix, equal to m_size and m_jSize for square matrices.
    - m_jSize
```
int m_jSize
```
      Number of columns of matrix, equal to m_size and m_iSize for square matrices.
    - m_data
```
double[][] m_data
```
      Data array containing the components of the vector. Array has public access for efficiency reasons in numerical computations, although method access should be preferred. Do not modify length of array directly.
- Class jv.vecmath.PdVector extends P_Vector implements Serializable
  - Serialized Fields
    - m_data
```
double[] m_data
```
      Data array containing the components of the vector. Array has public access for efficiency reasons in numerical computations, although method access should be preferred. Do not modify length of array directly.
- Class jv.vecmath.PiVector extends P_Vector implements Serializable
  - Serialized Fields
    - m_data
```
int[] m_data
```
      Data array containing the components of the vector. Array has public access for efficiency reasons in numerical computations, although method access should be preferred. Do not modify length of array directly.
- Class jv.vecmath.PuData extends java.lang.Object implements Serializable
Package jv.viewer
- Class jv.viewer.PvCamera extends PsObject implements Serializable
  - Serialized Fields
    - m_interest
```
PdVector m_interest
```
      Interest of camera.
    - m_position
```
PdVector m_position
```
      Position of camera.
    - m_viewDir
```
PdVector m_viewDir
```
      Normalized viewing direction of camera.
    - m_viewDirOut
```
PdVector m_viewDirOut
```
      Read only vector to supply viewing direction to outside.
    - m_upVector
```
PdVector m_upVector
```
      Up-vector of camera.
    - m_wDir
```
PdVector m_wDir
```
      Helper variable to avoid too many vector allocations.
    - m_zUp
```
PdVector m_zUp
```
      Helper variable to avoid too many vector allocations.
    - m_defaultUpVector
```
PdVector m_defaultUpVector
```
      Determines the reference up vector with roll==0. It depends on the projection mode.
    - m_defRoll
```
double m_defRoll
```
      Default rotation angle of camera around viewing direction.
    - m_roll
```
PuDouble m_roll
```
      Rotation angle of camera around viewing direction.
    - m_defFieldOfView
```
double m_defFieldOfView
```
      Default opening angle of camera.
    - m_fieldOfView
```
PuDouble m_fieldOfView
```
      Opening angle of camera. The chosen default defFOV value allows to view an object of size d exactly if camera distance is d, i.e. tan(defFOV) = 0.5.
    - m_nearClip
```
PuDouble m_nearClip
```
      Distance of near clip plane.
    - m_defNearClip
```
double m_defNearClip
```
      Default distance of near clip plane.
    - m_farClip
```
PuDouble m_farClip
```
      Distance of far clip plane.
    - m_defFarClip
```
double m_defFarClip
```
      Default distance of far clip plane.
    - m_bDefEnableClip
```
boolean m_bDefEnableClip
```
      Default enable or disable clipping in z-direction.
    - m_bEnableClip
```
boolean m_bEnableClip
```
      Enable or disable clipping in z-direction.
    - m_defView
```
PdMatrix m_defView
```
      Default viewing matrix transforms the scene into normal coordinates.
    - m_defViewInv
```
PdMatrix m_defViewInv
```
      Default inverse of the viewing matrix.
    - m_defTrans
```
PdMatrix m_defTrans
```
      Default transformation matrix is the product of projection and viewing matrix.
    - m_defTransInv
```
PdMatrix m_defTransInv
```
      Default inverse of the transformation matrix.
    - m_projNon
```
PdMatrix m_projNon
```
      Non-perspective part of projection matrix, used for coordinate frame.
    - m_projNonInv
```
PdMatrix m_projNonInv
```
      Non-perspective part of inverse of the projection matrix, used for coordinate frame.
    - m_transNon
```
PdMatrix m_transNon
```
      Non-perspective part of transformation matrix is the product of projection and viewing matrix.
    - m_transNonInv
```
PdMatrix m_transNonInv
```
      Non-perspective part of inverse of the transformation matrix.
    - m_proj
```
PdMatrix m_proj
```
      Projection matrix transforms normal coordinates onto the target image.
    - m_projInv
```
PdMatrix m_projInv
```
      Inverse of the projection matrix.
    - m_view
```
PdMatrix m_view
```
      Viewing matrix transforms the scene into normal coordinates.
    - m_viewInv
```
PdMatrix m_viewInv
```
      Inverse of the viewing matrix.
    - m_trans
```
PdMatrix m_trans
```
      Transformation matrix is the product of projection and viewing matrix.
    - m_transInv
```
PdMatrix m_transInv
```
      Inverse of the transformation matrix.
    - m_incrView
```
PdMatrix m_incrView
```
      Incremental viewing matrix contains the operation of the last two mouse events.
    - m_incrViewInv
```
PdMatrix m_incrViewInv
```
      Inverse of the incremental viewing matrix.
    - m_mode
```
int m_mode
```
      Control mode i.e. scale, translate, rotate, pick
    - m_projMode
```
int m_projMode
```
      Projection mode, i.e. perspective, x-y, ...
    - m_heightOff
```
double m_heightOff
```
      Height of the target image into which the camera projects.
    - m_widthOff
```
double m_widthOff
```
      Width of the target image into which the camera projects.
    - m_heightPick
```
int m_heightPick
```
      Height of the picking canvas from which mouse positions are received.
    - m_widthPick
```
int m_widthPick
```
      Width of the picking canvas from which mouse positions are received.
    - m_sceneRatio
```
double m_sceneRatio
```
      Aspect ratio of scene bounding box.
    - m_bSceneRatio
```
boolean m_bSceneRatio
```
      Determines if non-1:1 aspect ratio is enabled.
    - m_bFillDisplay
```
boolean m_bFillDisplay
```
      Determines if filling of display is enabled.
    - m_boxRatio
```
PdVector m_boxRatio
```
      Factors for non-square viewing frustum is enabled, i.e. box ratio.
    - m_bBoxRatio
```
boolean m_bBoxRatio
```
      Flag if non-square viewing frustum is enabled, i.e. box ratio.
    - m_fit
```
double m_fit
```
    - m_scaleTotal
```
double m_scaleTotal
```
    - m_scaleValue
```
double m_scaleValue
```
    - m_xTransValue
```
double m_xTransValue
```
    - m_yTransValue
```
double m_yTransValue
```
    - m_zTransValue
```
double m_zTransValue
```
    - m_vecAlt
```
PdVector m_vecAlt
```
    - m_vec
```
PdVector m_vec
```
    - m_rotAxis
```
PdVector m_rotAxis
```
    - m_pick
```
PdVector m_pick
```
    - m_prevNormLoc
```
double[] m_prevNormLoc
```
      Previous mouse position in normalized coords, internal variable.
    - m_currNormLoc
```
double[] m_currNormLoc
```
      Current mouse position in normalized coords, internal variable.
    - m_display
```
PvDisplay m_display
```
      Parent display of this camera.
    - m_allBnd
```
PdVector[] m_allBnd
```
- Class jv.viewer.PvCamera_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_camera
```
PvCamera m_camera
```
    - m_disp
```
PvDisplay m_disp
```
    - m_cAllViews
```
java.awt.Checkbox m_cAllViews
```
    - m_gProjection
```
java.awt.CheckboxGroup m_gProjection
```
    - m_rPerspective
```
java.awt.Checkbox m_rPerspective
```
    - m_rTop
```
java.awt.Checkbox m_rTop
```
    - m_rFront
```
java.awt.Checkbox m_rFront
```
    - m_rRight
```
java.awt.Checkbox m_rRight
```
    - m_pOrient
```
PsPanel m_pOrient
```
      Panel for camera positioning widget such as position, interest etc.
    - m_pOrient2
```
PsPanel m_pOrient2
```
      Panel for camera sliders.
    - m_cShowCamera
```
java.awt.Checkbox m_cShowCamera
```
    - m_cLocal
```
java.awt.Checkbox m_cLocal
```
    - m_gTransform
```
java.awt.CheckboxGroup m_gTransform
```
    - m_rCameraTransform
```
java.awt.Checkbox m_rCameraTransform
```
    - m_rModelTransform
```
java.awt.Checkbox m_rModelTransform
```
    - m_rAmbientTransform
```
java.awt.Checkbox m_rAmbientTransform
```
    - m_spaceMode
```
int m_spaceMode
```
    - m_cAmbient
```
java.awt.Choice m_cAmbient
```
    - m_lAmbient
```
java.awt.Label m_lAmbient
```
    - m_cProj
```
java.awt.Choice m_cProj
```
    - m_lProj
```
java.awt.Label m_lProj
```
    - m_viewDir
```
PdVector m_viewDir
```
    - m_pViewDir
```
PdVector_IP m_pViewDir
```
    - m_interest
```
PdVector m_interest
```
    - m_pInterest
```
PdVector_IP m_pInterest
```
    - m_dist
```
PuDouble m_dist
```
    - m_cFillDisplay
```
java.awt.Checkbox m_cFillDisplay
```
    - m_cShowBoxRatio
```
java.awt.Checkbox m_cShowBoxRatio
```
    - m_pBoxRatio
```
PdVector_IP m_pBoxRatio
```
    - m_boxRatio
```
PdVector m_boxRatio
```
    - m_pClipRange
```
PsPanel m_pClipRange
```
    - m_cClip
```
java.awt.Checkbox m_cClip
```
    - m_cRange
```
java.awt.Checkbox m_cRange
```
    - m_rangeType
```
int m_rangeType
```
    - m_gRangeAxis
```
java.awt.CheckboxGroup m_gRangeAxis
```
    - m_cXRange
```
java.awt.Checkbox m_cXRange
```
    - m_cYRange
```
java.awt.Checkbox m_cYRange
```
    - m_cZRange
```
java.awt.Checkbox m_cZRange
```
    - m_bCenter
```
java.awt.Button m_bCenter
```
    - m_bFit
```
java.awt.Button m_bFit
```
    - m_bSave
```
java.awt.Button m_bSave
```
    - m_bReset
```
java.awt.Button m_bReset
```
    - m_bResetAll
```
java.awt.Button m_bResetAll
```
- Class jv.viewer.PvControlMenu extends java.awt.MenuBar implements Serializable
  - Serialized Fields
    - m_viewer
```
PvViewer m_viewer
```
    - m_frame
```
java.awt.Frame m_frame
```
    - m_mFile
```
java.awt.Menu m_mFile
```
      File Menu for loading projects, data ....
    - m_mFile_New
```
java.awt.Menu m_mFile_New
```
    - m_mFile_New_Project
```
java.awt.MenuItem m_mFile_New_Project
```
    - m_mFile_New_Geometry
```
java.awt.MenuItem m_mFile_New_Geometry
```
    - m_mFile_New_Display
```
java.awt.MenuItem m_mFile_New_Display
```
    - m_mFile_Open
```
java.awt.Menu m_mFile_Open
```
    - m_mFile_Open_Model
```
java.awt.MenuItem m_mFile_Open_Model
```
    - m_mFile_Open_Disk
```
java.awt.MenuItem m_mFile_Open_Disk
```
    - m_mFile_Open_Deserialize
```
java.awt.MenuItem m_mFile_Open_Deserialize
```
    - m_mFile_Open_DisplaySettings
```
java.awt.MenuItem m_mFile_Open_DisplaySettings
```
    - m_mFile_Save
```
java.awt.Menu m_mFile_Save
```
    - m_mFile_Save_MA
```
java.awt.MenuItem m_mFile_Save_MA
```
    - m_mFile_Save_BYU
```
java.awt.MenuItem m_mFile_Save_BYU
```
    - m_mFile_Save_FE
```
java.awt.MenuItem m_mFile_Save_FE
```
    - m_mFile_Save_JVX
```
java.awt.MenuItem m_mFile_Save_JVX
```
    - m_mFile_Save_MGS
```
java.awt.MenuItem m_mFile_Save_MGS
```
    - m_mFile_Save_MPL
```
java.awt.MenuItem m_mFile_Save_MPL
```
    - m_mFile_Save_OBJ
```
java.awt.MenuItem m_mFile_Save_OBJ
```
    - m_mFile_Save_OFF
```
java.awt.MenuItem m_mFile_Save_OFF
```
    - m_mFile_Save_PLY
```
java.awt.MenuItem m_mFile_Save_PLY
```
    - m_mFile_Save_POV
```
java.awt.MenuItem m_mFile_Save_POV
```
    - m_mFile_Save_STL
```
java.awt.MenuItem m_mFile_Save_STL
```
    - m_mFile_Save_WRL
```
java.awt.MenuItem m_mFile_Save_WRL
```
    - m_mFile_Save_GIF
```
java.awt.MenuItem m_mFile_Save_GIF
```
    - m_mFile_Save_GIF_ANIM
```
java.awt.MenuItem m_mFile_Save_GIF_ANIM
```
    - m_mFile_Save_PPM
```
java.awt.MenuItem m_mFile_Save_PPM
```
    - m_mFile_Save_PPM_ANIM
```
java.awt.MenuItem m_mFile_Save_PPM_ANIM
```
    - m_mFile_Save_JPG
```
java.awt.MenuItem m_mFile_Save_JPG
```
    - m_mFile_Save_PNG
```
java.awt.MenuItem m_mFile_Save_PNG
```
    - m_mFile_Save_Serialize
```
java.awt.Menu m_mFile_Save_Serialize
```
    - m_mFile_Save_Serialize_Applet
```
java.awt.MenuItem m_mFile_Save_Serialize_Applet
```
    - m_mFile_Save_Serialize_Display
```
java.awt.MenuItem m_mFile_Save_Serialize_Display
```
    - m_mFile_Save_Serialize_Geometry
```
java.awt.MenuItem m_mFile_Save_Serialize_Geometry
```
    - m_mFile_Save_Serialize_Project
```
java.awt.MenuItem m_mFile_Save_Serialize_Project
```
    - m_mFile_Save_EPS
```
java.awt.MenuItem m_mFile_Save_EPS
```
    - m_mFile_Save_PS
```
java.awt.MenuItem m_mFile_Save_PS
```
    - m_mFile_Save_JVD
```
java.awt.MenuItem m_mFile_Save_JVD
```
    - m_mFile_Save_U3D
```
java.awt.MenuItem m_mFile_Save_U3D
```
    - m_mFile_Save_PDF
```
java.awt.MenuItem m_mFile_Save_PDF
```
    - m_mFile_Save_Dialog
```
java.awt.MenuItem m_mFile_Save_Dialog
```
      Save multiple files at once.
    - m_mFile_Save_BugReport
```
java.awt.MenuItem m_mFile_Save_BugReport
```
      Save a bug report.
    - m_mFile_Save_Validate
```
java.awt.MenuItem m_mFile_Save_Validate
```
      Save a bug report.
    - m_mFile_Save_HTML
```
java.awt.MenuItem m_mFile_Save_HTML
```
      Save model to HTML page.
    - m_mFile_Save_EGModel
```
java.awt.MenuItem m_mFile_Save_EGModel
```
      Submit model to electronic model library.
    - m_mFile_Print
```
java.awt.MenuItem m_mFile_Print
```
      In application mode print current display.
    - m_mFile_Clear_All
```
java.awt.MenuItem m_mFile_Clear_All
```
      Remove all geometries and reset display.
    - m_mFile_Close
```
java.awt.MenuItem m_mFile_Close
```
      Close and hide control window while frame is still allocated.
    - m_mFile_Exit
```
java.awt.MenuItem m_mFile_Exit
```
      Exit program, only available when program runs as application.
    - m_mInspector
```
java.awt.Menu m_mInspector
```
      Menu with inspector panels.
    - m_mInspector_Project
```
java.awt.MenuItem m_mInspector_Project
```
    - m_mInspector_Geometry
```
java.awt.Menu m_mInspector_Geometry
```
    - m_mInspector_Geometry_Info
```
java.awt.MenuItem m_mInspector_Geometry_Info
```
    - m_mInspector_Geometry_Material
```
java.awt.MenuItem m_mInspector_Geometry_Material
```
    - m_mInspector_Geometry_Boundary
```
java.awt.MenuItem m_mInspector_Geometry_Boundary
```
    - m_mInspector_Geometry_Texture
```
java.awt.MenuItem m_mInspector_Geometry_Texture
```
    - m_mInspector_Geometry_Vector
```
java.awt.MenuItem m_mInspector_Geometry_Vector
```
    - m_mInspector_Geometry_Label
```
java.awt.MenuItem m_mInspector_Geometry_Label
```
    - m_mInspector_Geometry_Config
```
java.awt.MenuItem m_mInspector_Geometry_Config
```
    - m_mInspector_Axis
```
java.awt.Menu m_mInspector_Axis
```
    - m_mInspector_AxisAll
```
java.awt.MenuItem m_mInspector_AxisAll
```
    - m_mInspector_AxisX
```
java.awt.MenuItem m_mInspector_AxisX
```
    - m_mInspector_AxisY
```
java.awt.MenuItem m_mInspector_AxisY
```
    - m_mInspector_AxisZ
```
java.awt.MenuItem m_mInspector_AxisZ
```
    - m_mInspector_Light
```
java.awt.MenuItem m_mInspector_Light
```
    - m_mInspector_Camera
```
java.awt.MenuItem m_mInspector_Camera
```
    - m_mInspector_Display
```
java.awt.MenuItem m_mInspector_Display
```
    - m_mMethod
```
java.awt.Menu m_mMethod
```
      Menu with object methods.
    - m_mWindow
```
java.awt.Menu m_mWindow
```
      Menu with windows.
    - m_mWindow_ToFront
```
java.awt.MenuItem m_mWindow_ToFront
```
    - m_mWindow_Animation
```
java.awt.MenuItem m_mWindow_Animation
```
    - m_mWindow_Console
```
java.awt.MenuItem m_mWindow_Console
```
    - m_mWindow_Network
```
java.awt.MenuItem m_mWindow_Network
```
    - m_mHelp
```
java.awt.Menu m_mHelp
```
      Menu with help information.
    - m_mHelp_Language
```
java.awt.Menu m_mHelp_Language
```
      Menu to select language.
    - m_mHelp_Language_Bulgarian
```
java.awt.MenuItem m_mHelp_Language_Bulgarian
```
      Menu item to select Bulgarian language.
    - m_mHelp_Language_Chinese
```
java.awt.MenuItem m_mHelp_Language_Chinese
```
      Menu item to select Chinese language.
    - m_mHelp_Language_English
```
java.awt.MenuItem m_mHelp_Language_English
```
      Menu item to select English language.
    - m_mHelp_Language_French
```
java.awt.MenuItem m_mHelp_Language_French
```
      Menu item to select French language.
    - m_mHelp_Language_German
```
java.awt.MenuItem m_mHelp_Language_German
```
      Menu item to select German language.
    - m_mHelp_Language_Hungarian
```
java.awt.MenuItem m_mHelp_Language_Hungarian
```
      Menu item to select Hungarian language.
    - m_mHelp_Language_Portuguese
```
java.awt.MenuItem m_mHelp_Language_Portuguese
```
      Menu item to select Portuguese language.
    - m_mHelp_Language_Russian
```
java.awt.MenuItem m_mHelp_Language_Russian
```
      Menu item to select Russian language.
    - m_mHelp_Language_Serbian
```
java.awt.MenuItem m_mHelp_Language_Serbian
```
      Menu item to select Serbien language.
    - m_mHelp_Viewer
```
java.awt.MenuItem m_mHelp_Viewer
```
      Help on viewer.
    - m_mHelp_SystemProp
```
java.awt.MenuItem m_mHelp_SystemProp
```
      Show JavaView and system properties.
    - m_mHelp_Fonts
```
java.awt.MenuItem m_mHelp_Fonts
```
      Show system fonts.
    - m_mHelp_Garbage
```
java.awt.MenuItem m_mHelp_Garbage
```
      Run garbage collector.
    - m_mHelp_Rsrc
```
java.awt.MenuItem m_mHelp_Rsrc
```
      Resource information.
    - m_mHelp_Lic
```
java.awt.MenuItem m_mHelp_Lic
```
      License information.
    - m_mHelp_Applet
```
java.awt.MenuItem m_mHelp_Applet
```
      Help on current applet.
    - m_mHelp_About
```
java.awt.MenuItem m_mHelp_About
```
      Show 'About' dialog
    - m_mHelp_Bugreport
```
java.awt.MenuItem m_mHelp_Bugreport
```
      Send 'Bugreport' via e-mail
    - m_menuFrame
```
java.util.Hashtable<K,V> m_menuFrame
```
- Class jv.viewer.PvDisplay extends java.awt.Canvas implements Serializable
  - Serialized Fields
    - m_renderCanvas
```
java.awt.Canvas m_renderCanvas
```
      Display canvas used for rendering, type is determines by m_renderType.
    - m_searchPath
```
java.lang.String[] m_searchPath
```
      Image search paths.
    - m_defBackgroundImageFile
```
java.lang.String m_defBackgroundImageFile
```
      Default background image for display.
    - m_backgroundImageFile
```
java.lang.String m_backgroundImageFile
```
      Background image for display.
    - m_defForegroundImageFile
```
java.lang.String m_defForegroundImageFile
```
      Default foreground image for display.
    - m_foregroundImageFile
```
java.lang.String m_foregroundImageFile
```
      Background image for display.
    - m_pickType
```
int m_pickType
```
      Determines sets of pickable geometries in pick and initialPick mode.
      A set of geometry classes may be determined using or'ed combinations of PvDisplayIf#PICK_yyy types. By default, only the selected geometry and background (except specials) are pickable.
      
      Since:
      
      JavaView 3.96.037
      
      See Also:
      PvDisplayIf.PICK_ALL
    - m_bDirectSelect
```
boolean m_bDirectSelect
```
      Flag whether geometry is selected whenever a mouse pick occurs.
    - m_bMouseInside
```
boolean m_bMouseInside
```
      Flag whether mouse is currently inside the display.
    - m_bMouseDown
```
boolean m_bMouseDown
```
      Flag whether mouse has picked in the display.
    - m_name
```
java.lang.String m_name
```
      Name and title of this display.
    - m_nameLength
```
int m_nameLength
```
      Length of name string.
    - m_nameFont
```
java.awt.Font m_nameFont
```
      Font used to draw name of display.
    - m_bIsEnabledRepaint
```
boolean m_bIsEnabledRepaint
```
      Flag determines whether update mechanism is enabled.
    - m_bIsEnabledUpdate
```
boolean m_bIsEnabledUpdate
```
      Flag determines whether update mechanism is enabled.
    - m_bIsEnabledInspection
```
boolean m_bIsEnabledInspection
```
      Flag determines whether display and geometries may be inspected by control window.
    - m_bSavedDepthcue
```
boolean m_bSavedDepthcue
```
      Stores whether depthcue was enabled when lighting was switched on.
    - m_gridArr
```
jv.viewer.PvGrid[] m_gridArr
```
      Array with grids for each view xy, yz, and xz.
    - m_gridOrient
```
int m_gridOrient
```
      Array with grids for each view xy, yz, and xz.
    - m_lightingModel
```
int m_lightingModel
```
      Determines which lighting model is currently used. See PvLight for the set of available lighting models. Default model is depth shading without usage of lights.
    - m_light
```
java.util.Hashtable<K,V> m_light
```
      Hashtable of registered lights where the key is a unique string generated in this class when a light is added.
    - m_currentLight
```
PvLight m_currentLight
```
      Currently selected light in display.
    - m_camera
```
java.util.Hashtable<K,V> m_camera
```
      List of registered cameras.
    - m_currentCamera
```
PvCamera m_currentCamera
```
      Currently used camera in display.
    - m_scene
```
PvScene m_scene
```
      Scene of display containing all geometries.
    - m_currentGeom
```
jv.viewer.PvGeometry m_currentGeom
```
      Currently selected geometry container. Its associated geometry is m_geomIf.
    - m_currentFrameName
```
java.lang.String m_currentFrameName
```
      Current name used as title of frame.
    - m_geomIf
```
PgGeometryIf m_geomIf
```
      Associated geometry of currently selected geometry 'm_currentGeom'.
    - m_bCentered
```
boolean m_bCentered
```
      Internal variable determines if scene has already been centered during initialization.
    - m_specialGeom
```
java.util.Hashtable<K,V> m_specialGeom
```
      Hashtable contains all active special geometries such as bounding box, grid, or coordinate frame. The keys are strings identifying the geometry.
    - m_coordFrame
```
PgJvxSrc m_coordFrame
```
      Coordinate frame shown in lower left corner.
    - m_coordFrameLabels
```
java.lang.String[] m_coordFrameLabels
```
    - m_mode
```
int m_mode
```
      Control mode, i.e. scale, shift, rot...
    - m_modeMajor
```
int m_modeMajor
```
      Major control mode, i.e. scale, shift, rot...
    - m_defModeMajor
```
int m_defModeMajor
```
      Default major control mode, i.e. scale, shift, rot...
    - m_bLocalTransform
```
boolean m_bLocalTransform
```
      Transform in local or global coordinate system.
    - m_modelCamera
```
jv.viewer.PvModelCamera m_modelCamera
```
      Camera used for modeling and ambient modeling transformations of geometry.
    - m_transformationMode
```
int m_transformationMode
```
      Current transformation mode determines whether camera viewing matrix, modeling matrix of geometry, or ambient modeling is affected. Possible values are PvDisplayIf#TRANSFORM_CAMERA, _MODEL, or _AMBIENT.
    - m_ambientDim
```
int m_ambientDim
```
      Dimension of ambient space.
    - m_ambientSpace
```
int m_ambientSpace
```
      Ambient space used in transformations of model.
    - m_ambientProj
```
int m_ambientProj
```
      (Possibly nonlinear) Projection from ambient space to R3 used in transformations of model.
    - m_pickedVertex
```
int m_pickedVertex
```
      Index of picked vertex in global vertex array of current geometry.
    - m_pick
```
PiVector m_pick
```
      Pick coordinates of picking in screen coordinates (x,y): m_pick.set(x, y, 0., 1.). Applying inverse of transformation matrix leads to world coordinates, i.e. first three coordinates are world coordinates.
    - m_markBox
```
PiVector m_markBox
```
      Selected rectangle in screen coordinates during mark-mode.
    - m_mousePos
```
java.awt.Point m_mousePos
```
      Instance variables are 'int'
    - m_mouseNormPos
```
double[] m_mouseNormPos
```
      Instance variables are 'double'
    - m_backgroundImageFit
```
int m_backgroundImageFit
```
      Mode determines how a background image is scaled w.r.t. display canvas.
    - m_foregroundImageFit
```
int m_foregroundImageFit
```
      Mode determines how a foreground image is scaled w.r.t. display canvas.
    - m_nHeight
```
int m_nHeight
```
      Height of display window, which may differ from the size of the offscreen image.
    - m_nWidth
```
int m_nWidth
```
      Width of the display window, which may differ from the size of the offscreen image.
    - m_bAspect
```
boolean m_bAspect
```
      Determines if aspect ratio of display is maintained when interactively resizing the display.
    - m_aspectRatio
```
double m_aspectRatio
```
      Determines if aspect ratio of display is maintained when interactively resizing the display.
    - m_height
```
PuInteger m_height
```
      Height of display window, which may differ from the size of the offscreen image.
    - m_width
```
PuInteger m_width
```
      Width of display window, which may differ from the size of the offscreen image.
    - m_heightOff
```
int m_heightOff
```
      Height of offscreen image, which may be differ from the size of the display canvas.
    - m_widthOff
```
int m_widthOff
```
      Width of offscreen image, which may be differ from the size of the display canvas.
    - m_heightPick
```
int m_heightPick
```
      Height of picking device, which may be differ from the size of the display canvas.
    - m_widthPick
```
int m_widthPick
```
      Width of picking device, which may be differ from the size of the display canvas.
    - m_sceneFlags
```
long m_sceneFlags
```
      Current flags of display determining configuration of display.
    - m_sceneDefaults
```
long m_sceneDefaults
```
      Default flags of display determining most recent configuration of display before user interaction. Default flags are stored whenever the display is configured during software API or by loading display configurations, but is not changed through the display inspector.
      Use the sceneDefaults flags to reset a display to a most recent state.
    - m_sceneInitials
```
long m_sceneInitials
```
      Initial flags of display determining configuration of display exactly after having invoked init() from a constructor.
      Use the sceneInitials flags to reset a display to the very initial state.
    - m_cameraDefault
```
int m_cameraDefault
```
      Default camera type such as PvCameraIf.CAMERA_PERSPECTIVE, CAMERA_ORTHO_XY, etc.
    - m_foregroundColor
```
PdColor m_foregroundColor
```
      Foreground color of overlay items such as coordinate axis.
    - m_backgroundColor
```
PdColor m_backgroundColor
```
      Background color of display canvas.
    - m_foregroundColorDefault
```
java.awt.Color m_foregroundColorDefault
```
      Default foreground color of overlay items such as coordinate axis.
    - m_backgroundColorDefault
```
java.awt.Color m_backgroundColorDefault
```
      Default background color of display canvas.
    - m_bShowBackface
```
boolean m_bShowBackface
```
      Flag to globally disable drawing faces whose normal points away from observer.
    - m_bEnableTag
```
boolean m_bEnableTag
```
      Flag to enable modification of tagged vertices and elements.
    - m_bSaveEnableZBuffer
```
boolean m_bSaveEnableZBuffer
```
      Saved flag to enable z-buffered drawing.
    - m_bRequiresZBuffer
```
boolean m_bRequiresZBuffer
```
      Determines if z-buffer is enabled because any one of the geometries shows texture, transparency or smooth element colors.
    - m_bIsEnabledFastAA
```
boolean m_bIsEnabledFastAA
```
      Determines if antialias is switched off during dragging.
    - m_bSaveEnableAntiAlias
```
boolean m_bSaveEnableAntiAlias
```
      Saved flag to enable antialiased drawing. Flag is used by info panel to decide if antiAlias checkbox shall not be updated in case of temporary change of antiAlias status.
    - m_bShowTransparency
```
boolean m_bShowTransparency
```
      Flag determines if at least one of the geometries requires transparency.
    - m_bZBufferWasRequired
```
boolean m_bZBufferWasRequired
```
      Flag determines if z-buffer was needed before the current update cycle.
    - m_bDrawing
```
boolean m_bDrawing
```
      Internal flag whether a thread is currently painting to display.
    - m_mouseShiftConstraint
```
int m_mouseShiftConstraint
```
      Determines axis along which moves has moved in constraint mode.
    - m_bMouseShiftConstraint
```
boolean m_bMouseShiftConstraint
```
      Flag to constrain the mouse to horizontal respectively vertical movement depending on the larger increment in either x or y direction.
    - xUp
```
int xUp
```
      Store position of last mouse up and mouse down events.
    - yUp
```
int yUp
```
      Store position of last mouse up and mouse down events.
    - xDown
```
int xDown
```
      Store position of last mouse up and mouse down events.
    - yDown
```
int yDown
```
      Store position of last mouse up and mouse down events.
    - bDrag
```
boolean bDrag
```
      Detects condition for auto-animation: drag mouse, and continue the move after releasing mouse.
    - m_sleep
```
PuInteger m_sleep
```
      Sleeping period of auto-animation thread between two repaint().
    - m_bFpsEnabled
```
boolean m_bFpsEnabled
```
      true if measuring frames per second.
    - m_period
```
long m_period
```
      Period in seconds of each measurement cycle for frames per seconds evaluation.
    - m_pCount
```
int m_pCount
```
      Counter of the number of paint() calls done in frames per second cycle.
    - m_prevKeyPress
```
int m_prevKeyPress
```
      Remember last pressed key to avoid action if user keeps pressing a key during actions.
    - m_prevKeyRelease
```
int m_prevKeyRelease
```
      Remember last released key to avoid action if user keeps pressing a key during actions.
    - m_copyright
```
java.lang.String m_copyright
```
      Copyright information.
    - m_copyrightLength
```
int m_copyrightLength
```
      Length of copyright string.
    - m_copyrightFont
```
java.awt.Font m_copyrightFont
```
      Font used to display copyright information.
    - m_infoFont
```
java.awt.Font m_infoFont
```
      Font used to display popup info.
    - m_offFac
```
int m_offFac
```
      Factor determines the size of the offset image against the size of the display window.
    - m_axesEdge
```
PiVector m_axesEdge
```
      Axes on edges of bounding box.
    - m_axesColor
```
java.awt.Color[] m_axesColor
```
      Color of Axes.
    - m_axesSize
```
PdVector m_axesSize
```
      Thickness for each axis.
    - m_bndBoxColor
```
java.awt.Color m_bndBoxColor
```
      Color of Bounding Box.
    - m_bndBoxSize
```
double m_bndBoxSize
```
      Thickness of edges of Bounding Box.
    - m_defBoxRatio
```
PdVector m_defBoxRatio
```
      Default ratio of edges of bounding box.
    - m_boxRatio
```
PdVector m_boxRatio
```
      Ratio of edges of bounding box.
    - m_defClipBoundsType
```
int m_defClipBoundsType
```
      Default index of axis which is selected when scene clip bounds is active of becomes active.
    - m_clipBoundsType
```
int m_clipBoundsType
```
      Index of axis which is selected when scene clip bounds is active of becomes active.
    - m_clipBoundMin
```
PuDouble[] m_clipBoundMin
```
      Clipping box containing the minimum value in each coordinate component.
    - m_clipBoundMax
```
PuDouble[] m_clipBoundMax
```
      Clipping box containing the maximum value in each coordinate component.
    - m_so
```
java.lang.Object m_so
```
      Object to synchronize the timer thread, used for repairing the Linux-KeyReleased issue.
    - m_bInsecureKeyRelease
```
boolean m_bInsecureKeyRelease
```
      A flag checking if a keyReleased event still has to be checked. If the timer method called and the flag is still "false", the keyReleased event is considered "real".
    - m_storedKeyEvent
```
java.awt.event.KeyEvent m_storedKeyEvent
```
      Stored KeyEvent, to be posted to the event queue after waiting one millisecond
    - m_timer2
```
java.lang.Runnable m_timer2
```
      An anonymous internal class to repair the bad keyReleased handling in Linux.
    - m_fullBox
```
PdVector[] m_fullBox
```
    - m_fullBoxTrans
```
PiVector[] m_fullBoxTrans
```
    - m_boxTrans
```
PiVector[] m_boxTrans
```
    - m_cam
```
PgJvxSrc m_cam
```
    - m_int
```
PgJvxSrc m_int
```
    - vTmp
```
PdVector vTmp
```
    - m_axes
```
PgAxes m_axes
```
      Axes geometry.
    - m_bNewGraphics
```
boolean m_bNewGraphics
```
      Allow repaint of background when new AA images was created even if CLEAR_SCREEN is switched off.
    - m_strokeSet
```
PgJvxSrc m_strokeSet
```
    - m_drawnStroke
```
java.util.Vector<E> m_drawnStroke
```
    - m_bHandDrawing
```
boolean m_bHandDrawing
```
    - m_prevMouseX
```
int m_prevMouseX
```
    - m_prevMouseY
```
int m_prevMouseY
```
    - m_currMouseX
```
int m_currMouseX
```
    - m_currMouseY
```
int m_currMouseY
```
    - m_xCorner
```
int[] m_xCorner
```
    - m_yCorner
```
int[] m_yCorner
```
    - m_strokeSize
```
int m_strokeSize
```
    - m_novStroke
```
int m_novStroke
```
    - m_currentPick
```
PvPickEvent m_currentPick
```
      Store any pick position on surface between mouse events.
    - m_currentElemInd
```
int m_currentElemInd
```
      Store index of currently picked element between mouse events.
    - m_bIsMousePressed
```
boolean m_bIsMousePressed
```
    - m_bIsMouseDragged
```
boolean m_bIsMouseDragged
```
    - m_bFirstAfterPick
```
boolean m_bFirstAfterPick
```
      Determine if this drag event happened right after a mousePick event. In this case forget this event since it its location is usually very close to the pick event.
    - m_prevSteer
```
PdVector m_prevSteer
```
    - m_bHasDonePaint
```
boolean m_bHasDonePaint
```
      Determines if a paintGeom has been executed after dragging the mouse. By skipping drag event while no painting has been performed yet seriously improves the feedback.
    - m_pickedElement
```
int m_pickedElement
```
    - m_bIsShowingMagnetTmp
```
boolean m_bIsShowingMagnetTmp
```
      Determines if temporary magnet is enabled.
    - m_bSaveShowingVertices
```
boolean m_bSaveShowingVertices
```
      Store vertex-showing-flag before glowing vertices to enable restoring the original state.
    - m_bIsGlowingVertices
```
boolean m_bIsGlowingVertices
```
      Determines if glowing of vertices is enabled.
    - m_bSaveShowingBndbox
```
boolean m_bSaveShowingBndbox
```
      Store bndbox-showing-flag before glowing bndbox to enable restoring the original state.
    - m_bIsGlowingBndbox
```
boolean m_bIsGlowingBndbox
```
      Determines if glowing of bndBox is enabled.
    - m_newElement
```
PiVector m_newElement
```
      Define a new element by picking a sequence of vertices. Press 'e' and pick the vertices defining the element. This instance variable is nulled when the 'e'-key is released.
    - speed
```
double speed
```
    - fps
```
double fps
```
- Class jv.viewer.PvDisplay_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_display
```
PvDisplay m_display
```
    - m_tName
```
java.awt.TextField m_tName
```
    - m_pColor
```
java.awt.Panel m_pColor
```
    - m_pSize
```
java.awt.Panel m_pSize
```
    - m_cTitle
```
java.awt.Checkbox m_cTitle
```
    - m_cAnimation
```
java.awt.Checkbox m_cAnimation
```
    - m_cAxes
```
java.awt.Checkbox m_cAxes
```
    - m_cShowImage
```
java.awt.Checkbox m_cShowImage
```
    - m_cBndbox
```
java.awt.Checkbox m_cBndbox
```
    - m_cClearScreen
```
java.awt.Checkbox m_cClearScreen
```
    - m_cDepthcue
```
java.awt.Checkbox m_cDepthcue
```
    - m_cDoubleBuffer
```
java.awt.Checkbox m_cDoubleBuffer
```
    - m_cEdgeAura
```
java.awt.Checkbox m_cEdgeAura
```
    - m_cEdgesOnce
```
java.awt.Checkbox m_cEdgesOnce
```
    - m_cFrame
```
java.awt.Checkbox m_cFrame
```
    - m_cGrid
```
java.awt.Checkbox m_cGrid
```
    - m_cMagnet
```
java.awt.Checkbox m_cMagnet
```
    - m_cPainters
```
java.awt.Checkbox m_cPainters
```
    - m_cZBuffer
```
java.awt.Checkbox m_cZBuffer
```
    - m_cAntiAlias
```
java.awt.Checkbox m_cAntiAlias
```
    - m_cIntegerPick
```
java.awt.Checkbox m_cIntegerPick
```
    - m_cBoxRatio
```
java.awt.Checkbox m_cBoxRatio
```
    - m_c3DLook
```
java.awt.Checkbox m_c3DLook
```
    - m_cAdaptiveSize
```
java.awt.Checkbox m_cAdaptiveSize
```
    - m_cFps
```
java.awt.Checkbox m_cFps
```
      Count frames per second.
    - m_lFps
```
java.awt.Label m_lFps
```
    - m_pFps
```
PsPanel m_pFps
```
    - m_gSelectionMode
```
java.awt.CheckboxGroup m_gSelectionMode
```
      CheckboxGroup determining whether a single or multiple geometries may be visible.
    - m_cSingle
```
java.awt.Checkbox m_cSingle
```
      Checkbox determines whether only a single geometry may be visible.
    - m_cMultiple
```
java.awt.Checkbox m_cMultiple
```
      Checkbox determines whether multiple geometries may be visible at the same time.
    - m_listVisible
```
java.awt.List m_listVisible
```
      List of visible geometries in display.
    - m_listSelect
```
java.awt.List m_listSelect
```
      Select exactly one of the registered geometry to be active, i.e. receives pick events.
    - m_bDeleteMode
```
boolean m_bDeleteMode
```
      Switch mode to true when button is pressed and user shall click on removable geometry. After click on single geometry, mode is switched back to false. For multiple delete operations, press button repeatedly.
    - m_deleteColor
```
java.awt.Color m_deleteColor
```
      Store background color of button while delete mode is on.
    - m_bDuplicateMode
```
boolean m_bDuplicateMode
```
      Switch mode to true when button is pressed and user shall click on geometry to duplicate. After click on single geometry, mode is switched back to false. For multiple duplications, press button repeatedly.
    - m_duplicateColor
```
java.awt.Color m_duplicateColor
```
      Store background color of button while duplicate mode is on.
    - m_cAspect
```
java.awt.Checkbox m_cAspect
```
      Determines if aspect ratio is maintained during rescaling of display.
    - m_tImage
```
java.awt.TextField m_tImage
```
      Text field to type the name of an image file or url.
    - m_fileName
```
java.lang.String m_fileName
```
      Full file name of loaded image.
    - m_dirName
```
java.lang.String m_dirName
```
      Store the last directory used for image loading.
    - m_bBrowse
```
java.awt.Button m_bBrowse
```
      Browse disk for an image in application mode.
    - m_gImageMode
```
java.awt.CheckboxGroup m_gImageMode
```
      CheckboxGroup determining whether back or front image may be modified.
    - m_cBack
```
java.awt.Checkbox m_cBack
```
      Select background image as active image.
    - m_cFront
```
java.awt.Checkbox m_cFront
```
      Select foreground image as active image.
    - m_cImageFit
```
java.awt.Choice m_cImageFit
```
      Select how and if an image is scale to fill the display.
    - m_bCenter
```
java.awt.Button m_bCenter
```
      Translate geometry to be centered in display.
    - m_bFit
```
java.awt.Button m_bFit
```
      Translate and scale geometry to fit into current display.
    - m_bMerge
```
java.awt.Button m_bMerge
```
      Merge visible geometries.
    - m_bDuplicate
```
java.awt.Button m_bDuplicate
```
      Switch to duplicate mode to duplicate a geometry in list of visible geometries.
    - m_bDelete
```
java.awt.Button m_bDelete
```
      Switch to delete mode to delete a geometry in list of visible geometries.
    - m_bReset
```
java.awt.Button m_bReset
```
      Reset display settings by calling m_display.init(int).
    - m_bResetFull
```
java.awt.Button m_bResetFull
```
      Full initialization of display settings by calling m_display.init().
- Class jv.viewer.PvLight extends PgJvxSrc implements Serializable
  - Serialized Fields
    - m_blend
```
PuDouble m_blend
```
      Variable is a blending factor between SKY_CIE5 and SKY_MOON in SKY_MIX. HACK: development, do not use unless you know what's going on.
    - m_defBlend
```
double m_defBlend
```
      Default blending value. HACK: development, do not use unless you know what's going on.
    - m_bSwitchedOn
```
boolean m_bSwitchedOn
```
      Flag if light is currently switched on within the scene, i.e. whether is contributes to the total light.
    - m_bHighlight
```
boolean m_bHighlight
```
      Flag if light generates highlights.
    - m_color
```
PdColor m_color
```
      Color of this light.
    - m_matCol
```
int[] m_matCol
```
      Helper variable avoids multiple allocation of array for int conversion.
    - m_intensity
```
PuDouble m_intensity
```
      Intensity is a value in the interval [0,1] and allows to continuously switch off and on this light without changing the color.
    - m_defIntensity
```
double m_defIntensity
```
      Default intensity of the light.
    - m_position
```
PdVector m_position
```
      Position in 3d space of this light, optionally in camera coordinate system.
    - m_interest
```
PdVector m_interest
```
      Interest in 3d space of this light, optionally in camera coordinate system.
    - m_direction
```
PdVector m_direction
```
      Direction in 3d space in which this light illuminates the scene, optionally in camera coordinate system.
    - m_positionView
```
PdVector m_positionView
```
      Position in 3d scene space. Variable is modified in PvScene and used in PvGeometry#renderLight().
    - m_interestView
```
PdVector m_interestView
```
      Interest in 3d scene space. Variable is modified in PvScene and used in PvGeometry#renderLight().
    - m_directionView
```
PdVector m_directionView
```
      Direction in 3d scene space. Variable is modified in PvScene and used in PvGeometry#renderLight().
    - m_angle
```
PuDouble m_angle
```
      Half-angle of spot cone determines the range of full intensity. The full lighted cone has angle 2*(angle+corona). Default value is 45 degrees.
    - m_defAngle
```
double m_defAngle
```
      Default spot angle of the light.
    - m_corona
```
PuDouble m_corona
```
      Half-corona angle of spot cone determines the fall-off range in angular direction. The full lighted cone has angle 2*(angle+corona). Default value is 5 degrees.
    - m_defCorona
```
double m_defCorona
```
      Default corona angle of the light.
    - m_falloff
```
PuDouble m_falloff
```
      Fall-off distance of spot light measured from light position. Default value is 10.
    - m_defFalloff
```
double m_defFalloff
```
      Default fall-off distance of the light.
    - m_exponent
```
PuDouble m_exponent
```
      Specular exponent determines the size of highlights. This information should be stored within the geometry. Default value is 10 degrees.
    - m_defExponent
```
double m_defExponent
```
      Default specular exponent of the light.
    - m_display
```
PvDisplayIf m_display
```
      Parent display of this camera.
    - m_lightType
```
int m_lightType
```
      Identifies the type of this built-in light.
    - m_reference
```
int m_reference
```
      Reference coordinate system of the light.
      
      Since:
      
      JavaView 3.90.021
    - m_shading
```
int m_shading
```
      Shading type of this light. For example, SHADING_SYMMETRIC.
      
      Since:
      
      JavaView 3.90.022
- Class jv.viewer.PvLight_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_light
```
PvLight m_light
```
      Current parent light of this panel, parent changes when other light is selected.
    - m_display
```
PvDisplay m_display
```
      Display contains set of lights which can be adjusted by this inspector.
    - m_tName
```
java.awt.TextField m_tName
```
      Name of active light.
    - m_cLightModel
```
java.awt.Checkbox m_cLightModel
```
      Choice of lighting models.
    - m_listSelect
```
java.awt.List m_listSelect
```
      List of existing lights with exactly one selected light.
    - m_bAddDefault
```
java.awt.Button m_bAddDefault
```
      Create a set of default lights.
    - m_bAddRGB
```
java.awt.Button m_bAddRGB
```
      Create a set of lights as used in Mathematica.
    - m_bAddHigh
```
java.awt.Button m_bAddHigh
```
      Create a set of lights including a highlight.
    - m_bAdd
```
java.awt.Button m_bAdd
```
      Create and add another light.
    - m_bDuplicate
```
java.awt.Button m_bDuplicate
```
      Duplicate the currently selected light.
    - m_bDelete
```
java.awt.Button m_bDelete
```
      Delete the currently selected light.
    - m_cSwitchedOn
```
java.awt.Checkbox m_cSwitchedOn
```
      Flag if light contributes to the lighting in this scene.
    - m_cVisible
```
java.awt.Checkbox m_cVisible
```
      Flag if light is visible as geometry in display.
    - m_cHighlight
```
java.awt.Checkbox m_cHighlight
```
      Flag if light throws a highlight.
    - m_cShading
```
java.awt.Choice m_cShading
```
      Flag if light is symmetric and illuminates both sides of a patch.
    - m_color
```
PdColor m_color
```
      Color of this light.
    - m_pColor
```
PsPanel m_pColor
```
    - m_gType
```
java.awt.CheckboxGroup m_gType
```
    - m_rAmbient
```
java.awt.Checkbox m_rAmbient
```
    - m_rDirection
```
java.awt.Checkbox m_rDirection
```
    - m_rPoint
```
java.awt.Checkbox m_rPoint
```
    - m_rSpot
```
java.awt.Checkbox m_rSpot
```
    - m_rShadow
```
java.awt.Checkbox m_rShadow
```
    - m_rHead
```
java.awt.Checkbox m_rHead
```
    - m_rSky
```
java.awt.Checkbox m_rSky
```
    - m_pOrient
```
PsPanel m_pOrient
```
    - m_cOrient
```
java.awt.Checkbox m_cOrient
```
    - m_cCamera
```
java.awt.Checkbox m_cCamera
```
      Determines if light is positioned relative to camera, or to world-scene.
    - m_interest
```
PdVector m_interest
```
      Direction in 3d space in which this light illuminates the scene.
    - m_pInterest
```
PdVector_IP m_pInterest
```
    - m_position
```
PdVector m_position
```
      Position in 3d space of this light.
    - m_pPosition
```
PdVector_IP m_pPosition
```
    - m_bPickNDrag
```
java.awt.Button m_bPickNDrag
```
      Determines if interactive position of lights is enabled. If enabled then lights may be moved in the display by just clicking and dragging the light.
      
      Since:
      
      JavaView 3.90.003
    - m_bPickNDragMode
```
boolean m_bPickNDragMode
```
      Flag determines if currently interactive transformation of light is activated.
    - m_pickNDragColor
```
java.awt.Color m_pickNDragColor
```
      Default color of pickNDrag widget.
    - m_intensity
```
PuDouble m_intensity
```
      Intensity is a value in the interval [0,1] and allows to continuously switch off and on this light without changing the color.
    - m_angle
```
PuDouble m_angle
```
      Half-angle of spot cone determines the range of full intensity. The full lighted cone has angle 2*(angle+corona).
    - m_corona
```
PuDouble m_corona
```
      Half-corona angle of spot cone determines the fall-off range in angular direction. The full lighted cone has angle 2*(angle+corona).
    - m_falloff
```
PuDouble m_falloff
```
      Fall-off distance of spot light measured from light position.
    - m_exponent
```
PuDouble m_exponent
```
      Specular exponent determines the size of a highlight.
    - m_blend
```
PuDouble m_blend
```
      Variable is a blending factor between SHADING_SKY_CIE5 and SHADING_SKY_MOON in SHADING_SKY_BLEND.
    - m_bDeleteMode
```
boolean m_bDeleteMode
```
      Switch mode to true when button is pressed and user shall click on removable light. After click on single light, mode is switched back to false. For multiple delete operations, press button repeatedly.
    - m_deleteColor
```
java.awt.Color m_deleteColor
```
      Store background color of button while delete mode is on.
    - m_bDuplicateMode
```
boolean m_bDuplicateMode
```
      Switch mode to true when button is pressed and user shall click on light to duplicate. After click on single light, mode is switched back to false. For multiple duplications, press button repeatedly.
    - m_duplicateColor
```
java.awt.Color m_duplicateColor
```
      Store background color of button while duplicate mode is on.
    - m_bReset
```
java.awt.Button m_bReset
```
      Reset the currently selected light.
    - m_bResetAll
```
java.awt.Button m_bResetAll
```
      Reset all lights.
    - m_selectedGeom
```
PgGeometryIf m_selectedGeom
```
- Class jv.viewer.PvScene extends PsObject implements Serializable
  - Serialized Fields
    - m_allGeometry
```
jv.viewer.PvGeometry[] m_allGeometry
```
      Read-only array of all geometry containers including special geometries.
    - m_numAllGeometries
```
int m_numAllGeometries
```
      Number of all geometry containers including special geometries.
    - m_maxNumGeometries
```
int m_maxNumGeometries
```
      Maximal number of registered geometries.
    - m_numGeometries
```
int m_numGeometries
```
      Number of registered geometries.
    - m_geometry
```
jv.viewer.PvGeometry[] m_geometry
```
      Set of associated real geometries which implement PgGeometryIf
    - m_special
```
java.util.Vector<E> m_special
```
      Vector containing all back and front geometries, they are not height sorted together with standard geometries.
    - m_currentGeom
```
jv.viewer.PvGeometry m_currentGeom
```
      Container of selected geometry
    - m_numItems
```
int m_numItems
```
      Total number of items of all geometries.
    - m_itemInd
```
int[][] m_itemInd
```
      Position of items of each geometry in global item list
    - m_itemHeight
```
double[] m_itemHeight
```
      Array with z-values of each projected item.
    - m_itemSort
```
int[] m_itemSort
```
      Index of item corresponding to a height entry in m_itemHeight.
    - m_dim
```
int m_dim
```
      Dimension of items.
    - m_bndBox
```
PdVector[] m_bndBox
```
      Rectangular bounding box of the geometry in world coordinates.
    - m_center
```
PdVector m_center
```
      Center of geometries world coordinate system
    - m_pickedVertex
```
int m_pickedVertex
```
      Index of picked vertex, used for dragging.
    - m_pickedGeometry
```
int m_pickedGeometry
```
      Index of picked geometry, used for dragging.
    - m_geomInd
```
int m_geomInd
```
      Index of the geometry of the currently painted item.
    - m_faceDestBnd
```
PiVector[] m_faceDestBnd
```
      Array for storing the boundary texels of an element in the destination image. Only used when one of the geometries uses texture, but then shared by all geometries.
    - m_colDestBnd
```
int[][] m_colDestBnd
```
      Stores color along boundary pixels of a face. Allocated in PvScene and shared by all geometries.
    - m_lightDestBnd
```
int[][] m_lightDestBnd
```
      Stores light attenuation along boundary pixels of a face. Allocated in PvScene and shared by all geometries. For each pixel we have 6 values representing the light material and specular attenuation.
    - m_bndIdentifier
```
PiVector m_bndIdentifier
```
      Determines the position of each boundary pixel of a face in the destination image, i.e. m_bndIdentifier.m_data[i] is a position in the [imgWidth, imgHeight] image. Identifier is used to reset boundary edge markers after drawScanline(). Identifier is shared by all geometries.
    - m_dimWithZBuffer
```
int m_dimWithZBuffer
```
      Determines number of components of each vector which describes a scanline. First two components are the horizontal start and end pixel, third component is the z-depth in z-buffer mode, fourth component is the offset of the start and end pixel which avoids overlap with adjacent elements.
    - m_zMin
```
int m_zMin
```
    - m_zMax
```
int m_zMax
```
    - m_cameraPos
```
PdVector m_cameraPos
```
    - m_cameraDir
```
PdVector m_cameraDir
```
    - m_bIsBurning
```
boolean m_bIsBurning
```
      Flag if currently a geometry is burned.
    - m_tpBuffer
```
int[][] m_tpBuffer
```
      Transparency buffer stores the transparency factor of the topmost pixel, assigned in PvScene.
    - m_colBuffer
```
int[][] m_colBuffer
```
      Color buffer stores the color value of the topmost pixel, assigned in PvScene.
    - m_imgWidth
```
int m_imgWidth
```
      Dimension of temporary image m_destImage.
    - m_imgHeight
```
int m_imgHeight
```
      Dimension of temporary image m_destImage.
    - m_pix
```
PiVector m_pix
```
      Pixel array which stores the image of a textured element. Only used when texture enabled.
    - m_pixZero
```
PiVector m_pixZero
```
      Array with zero entries to easily clear m_pix for new elements. Only used when texture enabled.
    - m_bBackImage
```
boolean m_bBackImage
```
      Setup memory image source to draw partial image. The partial image will later be drawn into the final display image.
    - m_backColor
```
int m_backColor
```
    - m_bTransparency
```
boolean m_bTransparency
```
- Class jv.viewer.PvViewer extends PsObject implements Serializable
  - Serialized Fields
    - m_jvAuthor
```
PsAuthorInfo m_jvAuthor
```
      Current author information used in JavaView session.
    - m_jvRsrc
```
PsJavaView m_jvRsrc
```
      Current resources used in JavaView session.
    - m_jvLic
```
PsLicense m_jvLic
```
      Current license information of this JavaView installation.
    - m_applet
```
java.applet.Applet m_applet
```
      Current applet used for parameter parsing.
    - m_frame
```
java.awt.Frame m_frame
```
      Current frame used as major parent frame for all further frames.
    - m_parm
```
java.lang.String[][] m_parm
```
      Parsed applet parameter.
    - m_frameVector
```
java.util.Vector<E> m_frameVector
```
      Vector of all registered frame windows of JavaView. Title of java.awt.frame respectively shortTitle of jv.object.PsMainFrame should uniquely identify the frame since used by menu to select a frame. HACK: currently the names are not enforced to be different.
    - m_frameTitle
```
java.util.Vector<E> m_frameTitle
```
      Short title of all frame which appear in Window menu. Instance variable would be obsolete if we would work solely with PsMainFrame.
    - m_displayVector
```
java.util.Vector<E> m_displayVector
```
      Contains all registered displays with name and display instance.
    - m_mainDisplay
```
PvDisplayIf m_mainDisplay
```
      Main display to be associated when 'New Project' is chosen. The first display registered in PvViewer automatically becomes the main display.
    - m_display
```
PvDisplayIf m_display
```
      Currently active display, receives keyboard events.
    - m_control
```
jv.viewer.PvControl m_control
```
      Separate frame with control panel, invoked via F1 key
    - m_menuBars
```
java.util.Vector<E> m_menuBars
```
      Collection of menu bars used in control panel and displays.
    - m_serialDirName
```
java.lang.String m_serialDirName
```
      Name of directory which was last selected in the export file browser, only for applications.
    - m_geometryCategory
```
java.util.Hashtable<K,V> m_geometryCategory
```
      Contains all registered geometries with category and class name.
    - m_geometryClass
```
java.util.Hashtable<K,V> m_geometryClass
```
      Contains all registered geometries with name and full class name.
    - m_projectCategory
```
java.util.Hashtable<K,V> m_projectCategory
```
      Contains all registered projects with category and name.
    - m_projectList
```
java.util.Hashtable<K,V> m_projectList
```
      Contains all registered projects with name and project instance.
    - m_projectClass
```
java.util.Hashtable<K,V> m_projectClass
```
      Contains all registered projects with name and full class name.
    - m_projectParms
```
java.util.Hashtable<K,V> m_projectParms
```
      Contains all registered projects with name and parameter array
    - m_currentProject
```
PjProject m_currentProject
```
      Currently selected project. Only one project can be selected at a time Project will install its info panel in the control window.
    - m_currentGeometry
```
PgGeometryIf m_currentGeometry
```
      Currently selected geometry in display.
    - m_showPanel
```
int m_showPanel
```
      Store selection of initial panel to be shown in control frame. This selection may be set via PvViewer.showPanel(int), even if control frame has not been created yet.
    - m_bShowingDialog
```
boolean m_bShowingDialog
```
      Flag is true only during execution of method showDialog(int). This allows to suppress automatic selection of display when a dialog is shown. This seems to be a bug in Java since when the dialog is opened the associated frame is activated. Since the associated frame is PsConfig.getFrame(String) always the standard display was activated and could not be used in export.
    - m_bStarted
```
boolean m_bStarted
```
      Flag determines whether PvViewer has been started or not. If viewer has not been started, then selecting a project does not start it. Instead, when PvViewer#start() is called, the currently selected project is started. This assures, that all setup in the PvViewer is done before the first project is started. Especially, the project can be sure that a display is created if the applet or application has requested it.
    - wsDialogPlatonic
```
PsDialog wsDialogPlatonic
```
    - wsGeometry
```
PgGeometryIf wsGeometry
```
    - m_bEmbedded
```
boolean m_bEmbedded
```
      Flag determines if JavaView runs inside another application. If JavaView runs inside another application then this viewer does not terminate the process on exit.
    - m_bShiftDown
```
boolean m_bShiftDown
```
Package jvx.cellular
- Class jvx.cellular.PnCellOperator extends PjWorkshop implements Serializable
  - Serialized Fields
    - rule
```
int rule
```
    - influence
```
int influence
```
    - m_sleepTime
```
int m_sleepTime
```
    - m_geom
```
PgElementSet m_geom
```
    - m_color
```
java.awt.Color[] m_color
```
    - m_outputType
```
int m_outputType
```
    - m_markI
```
PiVector m_markI
```
    - m_numStates
```
int m_numStates
```
    - m_infCell
```
PiVector[] m_infCell
```
    - m_geomElement
```
PiVector[] m_geomElement
```
    - m_geomNeighbour
```
PiVector[] m_geomNeighbour
```
    - m_thread
```
java.lang.Thread m_thread
```
    - m_numLoops
```
int m_numLoops
```
    - m_currLoop
```
int m_currLoop
```
    - m_bMarkGlider
```
boolean m_bMarkGlider
```
    - m_bUseGlobalElementColor
```
boolean m_bUseGlobalElementColor
```
      Flag, if global element color of geometry was used before calling CellOperator.
    - m_bHasElementColors
```
boolean m_bHasElementColors
```
      Flag, if the geometry has elementColors before calling CellOperator.
    - m_bShowTaggedElements
```
boolean m_bShowTaggedElements
```
      Flag, if ShowTaggedElements was switched on before calling CellOperator.
    - m_originalColors
```
java.awt.Color[] m_originalColors
```
      Original element colors of geometry before calling CellOperator.
- Class jvx.cellular.PnCellOperator_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_bStep
```
java.awt.Button m_bStep
```
    - m_bOperator
```
java.awt.Button m_bOperator
```
    - m_bSuspend
```
java.awt.Button m_bSuspend
```
    - m_bClear
```
java.awt.Button m_bClear
```
    - m_tNumLoops
```
java.awt.TextField m_tNumLoops
```
    - m_tCurrLoop
```
java.awt.TextField m_tCurrLoop
```
    - m_tSleep
```
java.awt.TextField m_tSleep
```
    - m_cellOperator
```
PnCellOperator m_cellOperator
```
    - m_gRule
```
java.awt.CheckboxGroup m_gRule
```
    - m_cLife
```
java.awt.Checkbox m_cLife
```
    - m_cMajority
```
java.awt.Checkbox m_cMajority
```
    - m_gInfluence
```
java.awt.CheckboxGroup m_gInfluence
```
    - m_cNeighbour
```
java.awt.Checkbox m_cNeighbour
```
    - m_cCorona
```
java.awt.Checkbox m_cCorona
```
    - m_cMarkGlider
```
java.awt.Checkbox m_cMarkGlider
```
- Class jvx.cellular.PnMinesweeper extends PnCellOperator implements Serializable
  - Serialized Fields
    - m_numMines
```
int m_numMines
```
      Number of mines on the surface.
    - m_numOpen
```
int m_numOpen
```
      Number of opened faces.
    - m_minedNeighbours
```
PiVector m_minedNeighbours
```
      Number of mined neighbour faces.
    - m_bShift
```
boolean m_bShift
```
      Flag, if shift-key is pressed.
    - m_bMines
```
boolean[] m_bMines
```
      Positions of mines.
    - m_random
```
java.util.Random m_random
```
      Random function to get mine positions.
    - m_bFirstPick
```
boolean m_bFirstPick
```
      Flag, if already a face was picked.
    - m_bExploding
```
boolean m_bExploding
```
      Flag, if the geometry is just exploding.
    - m_startTime
```
long m_startTime
```
      Absolute time of first pick.
    - m_endTime
```
long m_endTime
```
      Absolute time of last face getting opened.
    - m_origElNames
```
java.lang.String[] m_origElNames
```
      Original element names before playing.
    - m_bShowIndices
```
boolean m_bShowIndices
```
      Flag, if element names are shown before playing.
    - m_origDisplayMode
```
int m_origDisplayMode
```
      Store original mode of display.
    - m_bRunning
```
boolean m_bRunning
```
      Flag determines if current workshop is already running.
- Class jvx.cellular.PnMinesweeper_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_minesweeper
```
PnMinesweeper m_minesweeper
```
    - m_bReset
```
java.awt.Button m_bReset
```
- Class jvx.cellular.PwSnake extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_thread
```
java.lang.Thread m_thread
```
      Separate thread for the game.
    - m_sleepTime
```
int m_sleepTime
```
      Time to update displays, steering velocity of snake also.
    - m_bAlive
```
boolean m_bAlive
```
      Flag for Life of the snake.
    - m_headPosition
```
int m_headPosition
```
      Current position of the snake's head.
    - m_oldPosition
```
int m_oldPosition
```
      Previous position of the snake's head.
    - m_tailPosition
```
int m_tailPosition
```
      Current position of the snake's tail.
    - m_oldTailPosition
```
int m_oldTailPosition
```
      Previous position of the snake's tail.
    - m_foodPosition
```
int m_foodPosition
```
      Current position of snake food.
    - m_random
```
java.util.Random m_random
```
      Random function, used for snake start position and food positions.
    - m_noe
```
int m_noe
```
      Number of Elements of the geometry.
    - m_nov
```
int m_nov
```
      Number of Vertices of the geometry.
    - m_faceColor
```
java.awt.Color[] m_faceColor
```
      Face Colors to see snake and food on the geometry.
    - m_bSmoothColoring
```
boolean m_bSmoothColoring
```
      Flag to compute smooth colors for the snake body.
    - m_smoothSnakeColor
```
java.awt.Color[] m_smoothSnakeColor
```
      Color array for snake body.
    - m_emptyColor
```
java.awt.Color m_emptyColor
```
      Color for free faces.
    - m_emptyPdColor
```
PdColor m_emptyPdColor
```
      PdColor for free faces.
    - m_snakeTailColor
```
java.awt.Color m_snakeTailColor
```
      Color for faces currently containing the snake.
    - m_snakeTailPdColor
```
PdColor m_snakeTailPdColor
```
      PdColor for faces currently containing the snake.
    - m_snakeHeadColor
```
java.awt.Color m_snakeHeadColor
```
      Color for face currently containing the snake's head.
    - m_snakeHeadPdColor
```
PdColor m_snakeHeadPdColor
```
      PdColor for face currently containing the snake's head.
    - m_foodColor
```
java.awt.Color m_foodColor
```
      Color for the face containing snake food.
    - m_foodPdColor
```
PdColor m_foodPdColor
```
      PdColor for the face containing snake food.
    - m_bRPressed
```
boolean m_bRPressed
```
      Flag to use keypressed events only once.
    - m_bLPressed
```
boolean m_bLPressed
```
      Flag to use keypressed events only once.
    - m_direction
```
int m_direction
```
      Default direction, given in local index of ths next face ahead.
    - m_summand
```
int m_summand
```
      Flag number to walk alternating left and right from odd-sized faces.
    - m_neigh
```
PiVector m_neigh
```
      Neighbour indices of current head position.
    - m_neighSize
```
int m_neighSize
```
      Number of faces neighboured to head-of-snake face.
    - m_vertexValence
```
int[] m_vertexValence
```
      Array of vertex valences. Used to leave low-valence vertex stars faster.
    - m_nextEl
```
int[] m_nextEl
```
      Array keeping trace of the snake.
    - m_length
```
int m_length
```
      Current length of snake.
    - m_addLength
```
int m_addLength
```
      Number of faces to be added to the snake length currently.
    - m_tLength
```
java.awt.TextField m_tLength
```
      TextField for the InfoPanel to display the current snake length.
    - m_currentKey
```
int m_currentKey
```
      Next location to read in key buffer.
    - m_numKeys
```
int m_numKeys
```
      Current number of buffered keys.
    - m_key
```
boolean[] m_key
```
      Key buffer.
    - m_bUpdateCamera
```
boolean m_bUpdateCamera
```
      Whether the camera should be focussed on the snakes' head.
    - m_bPause
```
boolean m_bPause
```
      Whether the game was paused.
    - m_edgeMidPoint
```
PdVector m_edgeMidPoint
```
      Temporary variables used in method step().
    - m_oldEdgeMidPoint
```
PdVector m_oldEdgeMidPoint
```
    - m_center
```
PdVector m_center
```
    - m_viewDir
```
PdVector m_viewDir
```
    - m_upVector
```
PdVector m_upVector
```
- Class jvx.cellular.PwSnake_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_snake
```
PwSnake m_snake
```
      Parent Snake workshop.
    - m_bStart
```
java.awt.Button m_bStart
```
      Reset Button to reset the workshop.
    - m_bPause
```
java.awt.Button m_bPause
```
      Start Button to start game.
    - m_bStep
```
java.awt.Button m_bStep
```
      Step Button, for debugging only.
    - m_textPanel
```
java.awt.Panel m_textPanel
```
      Panel to contain textField owned by the workshop.
    - m_tSleepTime
```
java.awt.TextField m_tSleepTime
```
      Textfield for SleepTime.
    - m_updateCamera
```
java.awt.Checkbox m_updateCamera
```
      Checkbox for UpdateCamera.
    - m_smoothColoring
```
java.awt.Checkbox m_smoothColoring
```
      Checkbox for Smooth Snake Colors.
    - m_bgColor
```
java.awt.Color m_bgColor
```
      Background color of the buttons.
    - m_colorPanel
```
java.awt.Panel m_colorPanel
```
      Panel for PdColor IPs.
Package jvx.curve
- Class jvx.curve.PgBezierCurve extends PgPolygon implements Serializable
  - Serialized Fields
    - m_degree
```
int m_degree
```
    - m_numControlPoints
```
int m_numControlPoints
```
    - m_controlPoint
```
PdVector[] m_controlPoint
```
      Number of control points. Should only be modified through 'setNumControlPoints(int)'.
    - m_bShowControlPoints
```
boolean m_bShowControlPoints
```
    - m_bShowTaggedControlPoints
```
boolean m_bShowTaggedControlPoints
```
    - m_bShowControlPolygon
```
boolean m_bShowControlPolygon
```
    - m_bShowConvexHull
```
boolean m_bShowConvexHull
```
    - m_globalControlPointColor
```
java.awt.Color m_globalControlPointColor
```
    - m_globalTaggedControlPointColor
```
java.awt.Color m_globalTaggedControlPointColor
```
    - m_globalControlPolygonColor
```
java.awt.Color m_globalControlPolygonColor
```
- Class jvx.curve.PgFunction extends PgPolygon implements Serializable
  - Serialized Fields
    - m_function
```
PuFunction m_function
```
      Function of this surface given as editable string.
    - m_uMin
```
PuDouble m_uMin
```
    - m_uMax
```
PuDouble m_uMax
```
    - m_numPoints
```
PuInteger m_numPoints
```
- Class jvx.curve.PgFunction_CP extends PsPanel implements Serializable
  - Serialized Fields
    - m_fun
```
PgFunction m_fun
```
- Class jvx.curve.PgParmCurve extends PgPolygon implements Serializable
  - Serialized Fields
    - m_function
```
PuFunction m_function
```
      Coordinate functions of this surface given as editable strings.
    - m_uMin
```
PuDouble m_uMin
```
    - m_uMax
```
PuDouble m_uMax
```
    - m_numPoints
```
PuInteger m_numPoints
```
- Class jvx.curve.PgParmCurve_CP extends PsPanel implements Serializable
  - Serialized Fields
    - m_parmCurve
```
PgParmCurve m_parmCurve
```
- Class jvx.curve.PgTube extends PgElementSet implements Serializable
  - Serialized Fields
    - m_bEnabled
```
boolean m_bEnabled
```
      Flag determining whether tube is enabled or disabled.
    - m_elementSet
```
PgElementSet m_elementSet
```
      Tube around edges of associated read-only elementSet living somewhere else.
    - m_polygon
```
PgPolygon m_polygon
```
      Soul of tube, associated read-only polygon living somewhere else.
    - m_polygonSet
```
PgPolygonSet m_polygonSet
```
      Soul of tube, associated read-only polygonSet living somewhere else.
    - m_bNotDegenerated
```
boolean[] m_bNotDegenerated
```
      Flag to mark degenerated polygons in polygonSet.
    - m_numFrames
```
int m_numFrames
```
      Number of polygon vertices, equal to length of array m_frame.
    - m_frame
```
PgFrame[] m_frame
```
      Array of frames, one frame per polygon vertex.
    - m_discr
```
PuInteger m_discr
```
      Number of vertices of tube's circle at each polygon vertex.
    - m_defDiscr
```
int m_defDiscr
```
      Default value of number of vertices of tube's circle at each polygon vertex.
    - m_defDiscrBounds
```
int[] m_defDiscrBounds
```
      Default bounds of discretization slider.
    - m_thickness
```
PuDouble m_thickness
```
      Thickness of tube, radius of tube's circle at each polygon vertex.
    - m_defThick
```
double m_defThick
```
      Default value of thickness.
    - m_defThickBounds
```
double[] m_defThickBounds
```
      Default bounds of thickness slider.
    - m_arrowThickness
```
PuDouble m_arrowThickness
```
      Radius of arrow in percent of tube radius.
    - m_defArrThick
```
double m_defArrThick
```
      Default thickness of arrows.
    - m_defArrThickBounds
```
double[] m_defArrThickBounds
```
      Default bounds of arrow thickness slider.
    - m_arrowLength
```
PuDouble m_arrowLength
```
      Length of arrows in percent of arrow diameter.
    - m_defArrLen
```
double m_defArrLen
```
      Default arrow length.
    - m_defArrLenBounds
```
double[] m_defArrLenBounds
```
      Default bounds of arrow length slider.
    - m_bShowStartArrow
```
boolean m_bShowStartArrow
```
      Flag whether arrows are shown at the start of polygons.
    - m_bShowEndArrow
```
boolean m_bShowEndArrow
```
      Flag whether arrows are shown at the end of polygons.
    - m_bInduceColors
```
boolean m_bInduceColors
```
      Flag whether color of tube are induced from the base geometry. If true then both global and local colors are induced.
    - m_bEnabledArrowPanel
```
boolean m_bEnabledArrowPanel
```
      Flag whether control panel includes panel for arrows.
- Class jvx.curve.PgTube_CP extends PsPanel implements Serializable
  - Serialized Fields
    - m_tube
```
PgTube m_tube
```
    - m_pTube
```
PsPanel m_pTube
```
    - m_bReset
```
java.awt.Button m_bReset
```
    - m_cStartArrow
```
java.awt.Checkbox m_cStartArrow
```
      Determines if arrow is shown at head of tube.
    - m_cEndArrow
```
java.awt.Checkbox m_cEndArrow
```
      Determines if arrow is shown at tail of tube.
    - m_cInduceColors
```
java.awt.Checkbox m_cInduceColors
```
      Determines if colors of tube are induced from base geometry.
Package jvx.geom
- Class jvx.geom.PgElementSet_Menu extends PgPointSet_Menu implements Serializable
  - Serialized Fields
    - m_elementSetMethod
```
java.lang.String[] m_elementSetMethod
```
    - m_elementSet
```
PgElementSet m_elementSet
```
- Class jvx.geom.PgFem extends PsObject implements Serializable
- Class jvx.geom.PgFemHeight extends PgFem implements Serializable
  - Serialized Fields
    - m_dir
```
PdVector m_dir
```
- Class jvx.geom.PgFrame extends PsObject implements Serializable
  - Serialized Fields
    - base
```
PdVector base
```
      Base point.
    - e1
```
PdVector e1
```
      Tangent direction.
    - e2
```
PdVector e2
```
      Other orthogonal tangent direction (in case of surfaces).
    - e3
```
PdVector e3
```
      Surface normal (in case of surfaces).
- Class jvx.geom.PgPointSet_Menu extends PgGeometry_Menu implements Serializable
  - Serialized Fields
    - m_pointSetMethod
```
java.lang.String[] m_pointSetMethod
```
    - m_pointSet
```
PgPointSet m_pointSet
```
- Class jvx.geom.PgPointSetOnElementSet extends PgPointSet implements Serializable
  - Serialized Fields
    - m_geom
```
PgElementSet m_geom
```
      Underlying element set.
    - m_vertexBary
```
PdBary[] m_vertexBary
```
      Barycentric coordinates of the points.
- Class jvx.geom.PgPointSetOnPolygon extends PgPointSet implements Serializable
  - Serialized Fields
    - m_geom
```
PgPolygon m_geom
```
      Underlying polygon.
    - m_vertexBary
```
PdBary[] m_vertexBary
```
      Barycentric coordinates of the points.
- Class jvx.geom.PgPolygon_Menu extends PgPointSet_Menu implements Serializable
  - Serialized Fields
    - m_polygonMethod
```
java.lang.String[] m_polygonMethod
```
    - m_polygon
```
PgPolygon m_polygon
```
- Class jvx.geom.PgPolygonOnElementSet extends PgPolygon implements Serializable
  - Serialized Fields
    - m_eps
```
double m_eps
```
      This accuracy is actually used for zero-checks in barycentric coordinates (used e.g. in exp(...)).
    - m_geom
```
PgElementSet m_geom
```
      Underlying element set.
    - m_vertexBary
```
PdBary[] m_vertexBary
```
      Barycentric coordinates of the points.
- Class jvx.geom.PgPolygonSet_Menu extends PgPointSet_Menu implements Serializable
  - Serialized Fields
    - m_polygonSetMethod
```
java.lang.String[] m_polygonSetMethod
```
    - m_polygonSet
```
PgPolygonSet m_polygonSet
```
- Class jvx.geom.PgPolygonSetOnElementSet extends PgPolygonSet implements Serializable
  - Serialized Fields
    - m_geom
```
PgElementSet m_geom
```
      Underlying element set.
    - m_vertexBary
```
PdBary[] m_vertexBary
```
      Barycentric coordinates of this point set.
- Class jvx.geom.PgVertexStar extends PsObject implements Serializable
  - Serialized Fields
    - m_element
```
PiVector m_element
```
      Indices of elements of the star in global element array of surface.
    - m_link
```
PiVector m_link
```
      Indices of vertices of link in global vertex array of surface.
    - m_vertexLocInd
```
PiVector m_vertexLocInd
```
      Local indices of central vertex in each element of the star.
    - m_bClosed
```
boolean m_bClosed
```
      true if central vertex lies in the interior of the surface.
    - m_firstElemInd
```
int m_firstElemInd
```
      Index of first elemInd in m_element array of vertex star. If no first elemInd is supplied by user, then, if star is closed the m_firstElemInd is the first element of the surface referencing the central vertex, or, if star is not closed, the element on the boundary is taken such that one walks through the star counter-clockwise.
- Class jvx.geom.PnExplode_Dialog extends PsDialog implements Serializable
  - Serialized Fields
    - m_center
```
PdVector m_center
```
    - m_bExplodePolytope
```
boolean m_bExplodePolytope
```
    - m_centerX
```
PuDouble m_centerX
```
    - m_centerY
```
PuDouble m_centerY
```
    - m_centerZ
```
PuDouble m_centerZ
```
    - m_expPolytope
```
PnExplodePolytope m_expPolytope
```
    - m_animPanel
```
PsAnimation_IP m_animPanel
```
    - m_diam
```
double m_diam
```
- Class jvx.geom.PnExplodePolytope extends PsObject implements Serializable
  - Serialized Fields
    - m_anim
```
PsAnimation m_anim
```
      Explode animation of polytope.
    - m_geomList
```
PgPointSet[] m_geomList
```
      List of PgPointSets to be exploded.
    - m_geomListOriginal
```
PgPointSet[] m_geomListOriginal
```
      Copy of m_geomList in time == 0 position.
    - m_center
```
PdVector[] m_center
```
      List of PdVector containing individual centers.
    - m_center0
```
PdVector m_center0
```
      Center of Explosion.
    - m_numGeom
```
int m_numGeom
```
      Number of moved geometries.
- Class jvx.geom.PwBlocks extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_cubeSize
```
PdVector m_cubeSize
```
      Length of a block in x, y and z direction.
    - m_min
```
PdVector m_min
```
      Corner of bounding box with minimum x, y and z value.
    - m_dim
```
int m_dim
```
      Dimension of vertices of the workshop's geometry.
    - m_discr
```
int[] m_discr
```
      Number of blocks in x, y and z direction.
    - m_random
```
java.util.Random m_random
```
      Random to generate colors of blocks.
- Class jvx.geom.PwBlocks_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_discrX
```
PuInteger m_discrX
```
    - m_discrY
```
PuInteger m_discrY
```
    - m_discrZ
```
PuInteger m_discrZ
```
    - m_bBlocks
```
java.awt.Button m_bBlocks
```
    - m_blocks
```
PwBlocks m_blocks
```
- Class jvx.geom.PwBoundary extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_elemSet
```
PgElementSet m_elemSet
```
      Original geometry whose boundary is studied.
    - m_cornerAngle
```
PuDouble m_cornerAngle
```
      Determines maximal angle in [0,360] such that smaller vertex angles along the boundary are identified as sharp boundary vertices. MakeBoundary() splits the boundary at sharp boundary vertices.
    - m_defCornerAngle
```
double m_defCornerAngle
```
      Default maximal angle in [0,360].
    - m_bMakeBoundaryConstraints
```
boolean m_bMakeBoundaryConstraints
```
      Flag if boundary constraints will be automatically determined while creating the boundary.
    - m_lineTol
```
PuDouble m_lineTol
```
      Tolerance allowed for points to vary from a line.
    - m_defLineTol
```
double m_defLineTol
```
      Default tolerance allowed for points to vary from a line.
    - m_planeTol
```
PuDouble m_planeTol
```
      Tolerance allowed for points to vary from a plane.
    - m_defPlaneTol
```
double m_defPlaneTol
```
      Default tolerance allowed for points to vary from a plane.
- Class jvx.geom.PwBoundary_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_pwBoundary
```
PwBoundary m_pwBoundary
```
    - m_cMakeConstraints
```
java.awt.Checkbox m_cMakeConstraints
```
    - m_pSlider
```
PsPanel m_pSlider
```
- Class jvx.geom.PwCleanMesh extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_geom
```
PgElementSet m_geom
```
      The geometry.
    - m_mergeVisible
```
PuBoolean m_mergeVisible
```
      Merge visible geometries.
    - m_identifyVertices
```
PuBoolean m_identifyVertices
```
      Identify vertices.
    - m_triangulate
```
PuBoolean m_triangulate
```
      Triangulate.
    - m_removeDegeneratedElements
```
PuBoolean m_removeDegeneratedElements
```
      Remove degenerated elements.
    - m_removeDuplicateElements
```
PuBoolean m_removeDuplicateElements
```
      Remove duplicate elements.
    - m_removeUnusedVertices
```
PuBoolean m_removeUnusedVertices
```
      Remove unused vertices.
    - m_makeManifold
```
PuBoolean m_makeManifold
```
      Make manifold.
    - m_removeOverlaps
```
PuBoolean m_removeOverlaps
```
      Remove overlaps.
    - m_splitToComponents
```
PuBoolean m_splitToComponents
```
      Split into components.
    - m_removeSmallComponents
```
PuInteger m_removeSmallComponents
```
      Remove components with less than given number of elements.
- Class jvx.geom.PwCleanMesh_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_pwMeshCleaner
```
PwCleanMesh m_pwMeshCleaner
```
      Parent workshop.
    - m_startButton
```
java.awt.Button m_startButton
```
      "Clean" button.
    - m_actualGeomBox
```
java.awt.Checkbox m_actualGeomBox
```
      Checkbox for "selected geometry".
    - m_visibleGeomBox
```
java.awt.Checkbox m_visibleGeomBox
```
      Checkbox for "visible geometries".
- Class jvx.geom.PwClip extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_geom
```
PgElementSet m_geom
```
      Clipped geometry
    - m_function
```
PuFunction m_function
```
      Function to intersect the first elementSet with level surfaces of.
    - m_level
```
PuDouble m_level
```
      Level for intersecting with function.
    - m_defaultFunction
```
java.lang.String m_defaultFunction
```
      Dafault Expression for clipping function.
    - m_bPositive
```
boolean m_bPositive
```
      Flag to switch between positive and negative part.
- Class jvx.geom.PwClip_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_pjClip
```
PwClip m_pjClip
```
    - m_pFun
```
PsPanel m_pFun
```
    - m_cPositive
```
java.awt.Checkbox m_cPositive
```
    - m_bSave
```
java.awt.Button m_bSave
```
- Class jvx.geom.PwCurvature extends PsObject implements Serializable
- Class jvx.geom.PwEnergy extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_minimizer
```
PnEnergyMinimizer m_minimizer
```
      Class for minimizing an energy functional on the registered surface.
    - m_geom
```
PgElementSet m_geom
```
      Geometry on which we minimizer energy.
- Class jvx.geom.PwEnergy_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_pjEnergy
```
PwEnergy m_pjEnergy
```
    - m_pMinimizer
```
PsPanel m_pMinimizer
```
- Class jvx.geom.PwEvolve extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_types
```
int m_types
```
      Bitmap determines which evolution directions are enabled for this geometry.
    - m_anim
```
PsAnimation m_anim
```
      Animation object used in evolution.
    - m_pointSet
```
PgPointSet m_pointSet
```
      Current geometry to be modified.
    - m_elemSet
```
PgElementSet m_elemSet
```
      Additional reference to current geometry if instance of PgElementSet.
      
      Since:
      
      JavaView 2.66.001
    - m_direction
```
int m_direction
```
      Type of evolution direction. Possible values are PnEvolve#OFFSET_VERTEX_NORMAL and others.
    - m_bFlipDirection
```
boolean m_bFlipDirection
```
      Boolean flag if evolution goes in positive or negative direction of vector field.
      
      Since:
      
      JavaView 2.60.001
    - m_bUpdateNormals
```
boolean m_bUpdateNormals
```
      Boolean flag if normal vectors are updated after each timestep. Flag is available only when normal vectors exist.
      
      Since:
      
      JavaView 2.66.001
    - m_offsetFactor
```
PuDouble m_offsetFactor
```
      Factor to move the vertices along the given vector. Note, the length of the vector is multiplied with this scalar value to compute the actual translation vector.
    - m_offsetSave
```
double m_offsetSave
```
      Last offset factor used in evolution.
- Class jvx.geom.PwEvolve_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_pjEvolve
```
PwEvolve m_pjEvolve
```
    - m_bAnimate
```
java.awt.Button m_bAnimate
```
    - m_bReset
```
java.awt.Button m_bReset
```
    - m_cNormal
```
java.awt.Checkbox m_cNormal
```
    - m_cVector
```
java.awt.Checkbox m_cVector
```
    - m_cMean
```
java.awt.Checkbox m_cMean
```
    - m_cGauss
```
java.awt.Checkbox m_cGauss
```
    - m_cFlip
```
java.awt.Checkbox m_cFlip
```
    - m_cUpdateNormals
```
java.awt.Checkbox m_cUpdateNormals
```
    - m_pFactor
```
PsPanel m_pFactor
```
- Class jvx.geom.PwExplode extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_anim
```
PsAnimation m_anim
```
    - m_expDirection
```
PdVector[] m_expDirection
```
    - m_elCenter
```
PdVector[] m_elCenter
```
    - m_direction1
```
PdVector[] m_direction1
```
    - m_direction2
```
PdVector[] m_direction2
```
    - m_rotationAxis
```
PdVector[] m_rotationAxis
```
    - m_relCoord
```
PdVector[] m_relCoord
```
    - m_initialSpeed
```
PdVector m_initialSpeed
```
    - m_rotation
```
PdVector m_rotation
```
    - m_speed
```
double m_speed
```
    - m_gravity
```
double m_gravity
```
    - m_rotationSpeed
```
double m_rotationSpeed
```
    - m_normalAberration
```
double m_normalAberration
```
    - m_geomSize
```
double m_geomSize
```
    - m_insideTime
```
double m_insideTime
```
- Class jvx.geom.PwExplode_IP extends PjWorkshop_IP implements Serializable
- Class jvx.geom.PwGeodesic extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_geom
```
PgElementSet m_geom
```
      The surface set by setGeometry(PgElementSet).
    - m_isShowingElements
```
boolean m_isShowingElements
```
      Saves visibility of elements property of original geometry.
    - m_isShowingEdges
```
boolean m_isShowingEdges
```
      Saves visibility of edges property of original geometry.
    - m_disp
```
PvDisplayIf m_disp
```
      Pick events on this display will be caught. Set by setDisplay(PvDisplayIf).
    - m_startElem
```
PuInteger m_startElem
```
      Index of the element from that the geodesic shall begin.
    - m_endElem
```
PuInteger m_endElem
```
      Index of the element where the geodesic shall end.
    - m_maxLen
```
PuDouble m_maxLen
```
      Length of the computed geodesic.
    - m_angle
```
PuDouble m_angle
```
      Angle of the computed geodesic to the first edge of start element.
    - m_len
```
double m_len
```
      The current actual length of the geodesic.
    - m_startbary
```
PdBary m_startbary
```
      Barycentric coordinates of starting point in start element.
    - m_endbary
```
PdBary m_endbary
```
      Barycentric coordinates of endpoint in end element.
    - m_polyOnEs
```
PgPolygonOnElementSet m_polyOnEs
```
      Computed geodesic as an object that lives directly on geometry. Will be an other instance each time a geodesic is computed.
    - m_exp
```
PnStraightestGeodesic m_exp
```
    - m_poly
```
PgPolygon m_poly
```
      Computed geodesic as a n-dim polygon. Is always the same instance, is only changed after computation.
    - m_bPickStartingPoint
```
boolean m_bPickStartingPoint
```
      Pick starting point? Or endpoint?
    - m_bPickEnabled
```
boolean m_bPickEnabled
```
      Is set to true whenever the geometry of this workshop is selected as the active object in the display.
    - m_edge
```
PdVector m_edge
```
      Just a dummy. Used in showWay.
    - m_dir
```
PdVector m_dir
```
      Just a dummy. Used in showWay.
    - m_method
```
int m_method
```
      Indicates whether pick events shall result in computation of shortest of straightest geodesics.
    - m_shortestMode
```
int m_shortestMode
```
      Mode that is used for SHORTEST geodesics.
    - m_triangleRun
```
PiVector m_triangleRun
```
      Triangle run that is re-used for shortest geodesic computation.
    - m_runs
```
PiVector[] m_runs
```
      Temporary collection of triangle runs to (almost?) all triangles.
    - m_runsOutdated
```
boolean m_runsOutdated
```
      Whether runs represent the current start point.
    - tempints
```
int[] tempints
```
      temporary array, one int per element
    - unfolded
```
PgElementSet unfolded
```
      temporary 2d geometry used in computeWay(...).
    - temp2d1
```
PdVector temp2d1
```
      temporary 2d vector used in computeWay(...).
    - temp2d2
```
PdVector temp2d2
```
      temporary 2d vector used in computeWay(...).
    - temp2d3
```
PdVector temp2d3
```
      temporary 2d vector used in computeWay(...).
    - tempbary
```
PdBary tempbary
```
      temporary barycentric coordinate used in computeWay(...).
- Class jvx.geom.PwGeodesic_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_pwGeodesic
```
PwGeodesic m_pwGeodesic
```
    - m_pConn
```
PsPanel m_pConn
```
    - m_pParent
```
PsPanel m_pParent
```
    - m_cFirst
```
java.awt.Checkbox m_cFirst
```
    - m_cLast
```
java.awt.Checkbox m_cLast
```
    - m_gGroup
```
java.awt.CheckboxGroup m_gGroup
```
    - m_cShortest
```
java.awt.Checkbox m_cShortest
```
    - m_cStraightest
```
java.awt.Checkbox m_cStraightest
```
    - m_gGroup2
```
java.awt.CheckboxGroup m_gGroup2
```
    - m_lShortestMode
```
java.awt.Label m_lShortestMode
```
    - m_shortestMode
```
java.awt.Choice m_shortestMode
```
    - m_lLen
```
java.awt.Label m_lLen
```
- Class jvx.geom.PwGeodesicFlow extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_elementSet
```
PgElementSet m_elementSet
```
    - m_animation
```
PsAnimation m_animation
```
    - m_spawnPoint
```
PdBary m_spawnPoint
```
      Starting position for the particles.
    - m_firstEdgeLength
```
double m_firstEdgeLength
```
      Euclidean norm of the first edge in m_spawnPoint's triangle.
    - m_exp
```
PnStraightestGeodesic m_exp
```
      Exponential map in m_elementSet
    - m_particles
```
PgPointSetOnElementSet m_particles
```
    - m_age
```
double[] m_age
```
    - m_velocity
```
PdBaryDir[] m_velocity
```
    - m_bSetHueColors
```
boolean m_bSetHueColors
```
      Flag to set individual vertex colors, hue value given by starting direction.
    - m_maxNumParticles
```
PuInteger m_maxNumParticles
```
    - m_speed
```
PuDouble m_speed
```
    - m_maxAge
```
PuDouble m_maxAge
```
    - m_emitInterval
```
PuDouble m_emitInterval
```
- Class jvx.geom.PwGeodesicFlow_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_pwWorkshop
```
PwGeodesicFlow m_pwWorkshop
```
    - m_pMain
```
PsPanel m_pMain
```
    - m_bNextStepButton
```
java.awt.Button m_bNextStepButton
```
    - m_bInitButton
```
java.awt.Button m_bInitButton
```
    - m_bStartButton
```
java.awt.Button m_bStartButton
```
    - m_bStopButton
```
java.awt.Button m_bStopButton
```
- Class jvx.geom.PwHistogram extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_itemArr
```
java.lang.String[] m_itemArr
```
    - m_elemSet
```
PgElementSet m_elemSet
```
      Base geometry.
    - m_histogram
```
PuHistogram m_histogram
```
      Vector containing the samples.
    - m_itemType
```
int m_itemType
```
      Item type determines the displayed data.
    - m_samples
```
PdVector m_samples
```
      Vector containing the samples.
- Class jvx.geom.PwHistogram_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_pwHistogram
```
PwHistogram m_pwHistogram
```
    - m_pHistogram
```
java.awt.Panel m_pHistogram
```
    - m_cItemType
```
java.awt.Choice m_cItemType
```
      Set of geometry items for which histogram is available.
    - m_bReset
```
java.awt.Button m_bReset
```
- Class jvx.geom.PwIdentify extends PjWorkshop implements Serializable
- Class jvx.geom.PwIdentifyElements_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_pjIdentify
```
PwIdentify m_pjIdentify
```
      Parent workshop.
    - m_bIdentify
```
java.awt.Button m_bIdentify
```
      Perform identification of elements, either within a vertex star or across edges.
    - m_eps
```
PuDouble m_eps
```
      Allowed tolerance determines which elements are identified.
    - m_cPercent
```
java.awt.Checkbox m_cPercent
```
      Checkbox if epsilon represents percentage.
    - m_cAbsolute
```
java.awt.Checkbox m_cAbsolute
```
      Checkbox if epsilon represents absolute values.
    - m_diam
```
double m_diam
```
      Diameter of geometry of workshop.
    - m_bUsePercentValue
```
boolean m_bUsePercentValue
```
      Flag if epsilon measure percentage or absolute values.
    - m_bUseVertexStar
```
boolean m_bUseVertexStar
```
      Flag if flat vertex stars or edges are identified.
    - m_cVertexStar
```
java.awt.Checkbox m_cVertexStar
```
      Checkbox if flat vertex stars are identified.
    - m_cEdge
```
java.awt.Checkbox m_cEdge
```
      Checkbox if elements with common flat edges are identified.
- Class jvx.geom.PwIdentifyVertices_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_pjCleanMesh
```
PwIdentify m_pjCleanMesh
```
      Parent workshop.
    - m_bIdentify
```
java.awt.Button m_bIdentify
```
      Perform identification of elements, either within a vertex star or across edges.
    - m_eps
```
PuDouble m_eps
```
      Allowed tolerance determines which elements are identified.
    - m_cPercent
```
java.awt.Checkbox m_cPercent
```
      Checkbox if epsilon represents percentage.
    - m_cAbsolute
```
java.awt.Checkbox m_cAbsolute
```
      Checkbox if epsilon represents absolute values.
    - m_diam
```
double m_diam
```
      Diameter of geometry of workshop.
    - m_bUsePercentValue
```
boolean m_bUsePercentValue
```
      Flag if epsilon measure percentage or absolute values.
- Class jvx.geom.PwIntersectElementSet extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_elSet
```
PgElementSet[] m_elSet
```
      The PgElementSets to be intersected.
    - m_vertices
```
java.util.Vector<E>[] m_vertices
```
      Vertices of m_elSet[i].
    - m_numVertices
```
int[] m_numVertices
```
      Number of Vertices of m_elSet[i].
    - m_subElements
```
java.util.Vector<E>[] m_subElements
```
      Triangular subElements of m_elSet[i].
    - m_bCutElements
```
boolean[] m_bCutElements
```
      Flag to cut intersecting elements in m_elSet[i].
    - m_bFractionize
```
boolean[] m_bFractionize
```
      Flag to cut m_elSet[i] along intersections into coherency components.
    - m_bSelfIntersection
```
boolean m_bSelfIntersection
```
      Flag, if first PgElementSet is intersected by itself or by an other PgElementSet.
    - m_currentIndex
```
int[] m_currentIndex
```
      Index of currently intersected subElement in m_elSet[i].
    - m_polygonSet
```
PgPolygonSet m_polygonSet
```
      PolygonSet to collect all intersection polygons of the PgElementSets.
    - m_subIndices
```
java.util.Vector<E>[] m_subIndices
```
      Lists of subElements belonging to each element of m_elSet[i].
    - m_vertexLaysOnEdge
```
java.util.Vector<E>[] m_vertexLaysOnEdge
```
      Ending points of longest edge, on which a vertex of m_elSet[i] lays.
    - m_edgeSubdivision
```
java.util.Vector<E>[] m_edgeSubdivision
```
      List of points subdividing edges of m_elSet[i].
    - m_normals
```
java.util.Vector<E>[] m_normals
```
      SubElement normals for m_elSet[i].
    - m_polygonSetEdges
```
java.util.Vector<E> m_polygonSetEdges
```
      Edges of PgPolygonSet
    - m_polygonSetVertices
```
java.util.Vector<E> m_polygonSetVertices
```
      Vector for PolygonSet's vertices.
    - m_polygonSetXEdges
```
java.util.Vector<E>[] m_polygonSetXEdges
```
      Edges of PolygonSet attached to m_elSet[i].
    - m_bHasElementColors
```
boolean[] m_bHasElementColors
```
      Flag, if m_elSet[i] has element colors.
    - m_elementColors
```
java.util.Vector<E>[] m_elementColors
```
      Element colors of m_elSet[i].
    - m_bHasElementBackColors
```
boolean[] m_bHasElementBackColors
```
      Flag, if m_elSet[i] has element back colors.
    - m_elementBackColors
```
java.util.Vector<E>[] m_elementBackColors
```
      Element back colors of m_elSet[i].
    - m_bHasVertexColors
```
boolean[] m_bHasVertexColors
```
      Flag, if m_elSet[i] has vertex colors.
    - m_vertexColors
```
java.util.Vector<E>[] m_vertexColors
```
      Vertex colors of m_elSet[i].
    - m_bHasVertexTextures
```
boolean[] m_bHasVertexTextures
```
      Flag, if m_elSet[i] has vertex textures.
    - m_vertexTextures
```
java.util.Vector<E>[] m_vertexTextures
```
      Vertex textures of m_elSet[i].
    - m_bHasElementTextures
```
boolean[] m_bHasElementTextures
```
      Flag, if m_elSet[i] has element textures.
    - m_subElementTextures
```
java.util.Vector<E>[] m_subElementTextures
```
      Element textures of m_elSet[i].
    - m_vectorFields
```
java.util.Vector<E>[][] m_vectorFields
```
      Vectorfields of m_elSet[i].
    - m_numVectorFields
```
int[] m_numVectorFields
```
      Number of VectorFields of m_elSet[i].
    - m_vectorFieldType
```
int[][] m_vectorFieldType
```
      Types of VectorFields of m_elSet[i].
    - m_tmpTexCoord
```
PdVector[] m_tmpTexCoord
```
      Storage for Element Texture Coordinates.
    - m_tmpTexIndices
```
PiVector m_tmpTexIndices
```
      The indices of vertices with stored texture coordinates.
    - m_nextTmpTexIndex
```
int m_nextTmpTexIndex
```
      Index of next free element texture store.
    - m_octTree
```
PnTree m_octTree
```
      OctTree to avoid trying to compute intersections of elements far away from each other.
    - m_nextElNotCalled
```
boolean m_nextElNotCalled
```
      Flag to break endless loops, invoked by numerical inaccuracy.
    - m_cancelUpdateList
```
java.util.Vector<E> m_cancelUpdateList
```
      Vector of geometry[] to reset, if the workshop's cancel method gets called.
    - m_cancelRemoveList
```
java.util.Vector<E> m_cancelRemoveList
```
      Vector of geometries to be removed, if the workshop's cancel method gets called.
    - m_numElSets
```
int m_numElSets
```
      Number of PgElementSets in this workshop.
    - m_cocL
```
double m_cocL
```
    - m_coDistL
```
double m_coDistL
```
    - m_coDistL0
```
double m_coDistL0
```
    - m_coDistL1
```
double m_coDistL1
```
    - m_coSubElementL
```
PiVector[] m_coSubElementL
```
    - m_nof
```
int[] m_nof
```
    - m_indS
```
int[] m_indS
```
    - m_indF
```
int[] m_indF
```
    - m_elIndexL
```
int m_elIndexL
```
    - m_localIndexL
```
int m_localIndexL
```
    - m_elSizeL
```
int m_elSizeL
```
    - m_elementL
```
PiVector m_elementL
```
    - m_subElementL
```
PiVector m_subElementL
```
    - m_oldElementL
```
PiVector m_oldElementL
```
    - m_texL
```
PdVector[] m_texL
```
    - m_vL0
```
int m_vL0
```
    - m_vL1
```
int m_vL1
```
    - m_vL2
```
int m_vL2
```
    - m_oldElIndexL
```
int m_oldElIndexL
```
    - m_localSubIndexL
```
int m_localSubIndexL
```
    - m_oldElSizeL
```
int m_oldElSizeL
```
    - m_newSubElIndexL
```
int m_newSubElIndexL
```
    - m_newElIndexL
```
int m_newElIndexL
```
    - m_numNewElementsL
```
int m_numNewElementsL
```
    - m_subElIndexL
```
int m_subElIndexL
```
    - m_newSubElementL1
```
int m_newSubElementL1
```
    - m_newSubElementL2
```
int m_newSubElementL2
```
    - m_numSubDivisionsL
```
int m_numSubDivisionsL
```
    - m_sdSizeL
```
int m_sdSizeL
```
    - m_indexL
```
int m_indexL
```
    - m_blendL0
```
double m_blendL0
```
    - m_blendL1
```
double m_blendL1
```
    - m_distL0
```
double m_distL0
```
    - m_distL1
```
double m_distL1
```
    - m_blendL2
```
double m_blendL2
```
    - m_distL2
```
double m_distL2
```
    - m_divisionPointsL
```
PiVector m_divisionPointsL
```
    - m_edgeL0
```
PiVector m_edgeL0
```
    - m_edgeL1
```
PiVector m_edgeL1
```
    - m_edgeSubDivisionL
```
java.util.Vector<E> m_edgeSubDivisionL
```
    - m_texL0
```
PdVector m_texL0
```
    - m_texL1
```
PdVector m_texL1
```
    - m_nLenL0
```
double m_nLenL0
```
    - m_nLenL1
```
double m_nLenL1
```
    - m_vertexL0
```
PdVector m_vertexL0
```
    - m_vertexL1
```
PdVector m_vertexL1
```
    - m_vertexL2
```
PdVector m_vertexL2
```
    - m_nL0
```
PdVector m_nL0
```
    - m_nL1
```
PdVector m_nL1
```
    - m_vectorL
```
PdVector m_vectorL
```
- Class jvx.geom.PwIntersectElementSet_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_listActive
```
java.awt.List m_listActive
```
    - m_listPassive
```
java.awt.List m_listPassive
```
    - m_bIntersect
```
java.awt.Button m_bIntersect
```
    - m_bSplitToComponents
```
java.awt.Button m_bSplitToComponents
```
    - m_cFractionize0
```
java.awt.Checkbox m_cFractionize0
```
    - m_bGetPolygonSet2
```
java.awt.Checkbox m_bGetPolygonSet2
```
    - m_geomList
```
java.util.Vector<E> m_geomList
```
    - m_intersectElementSet
```
PwIntersectElementSet m_intersectElementSet
```
- Class jvx.geom.PwIntersectWithFunction extends PwIntersectElementSet implements Serializable
  - Serialized Fields
    - m_function
```
PuFunction m_function
```
      Function to intersect the first elementSet with level surfaces of.
    - m_level
```
PuDouble m_level
```
      Level for intersecting with function.
    - m_defaultFunction
```
java.lang.String m_defaultFunction
```
      Default Expression for clipping function.
    - m_vertexData
```
PdVector m_vertexData
```
      PdVector containing scalar data per vertex.
- Class jvx.geom.PwIntersectWithFunction_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_cFractionize
```
java.awt.Checkbox m_cFractionize
```
    - m_bSave
```
java.awt.Button m_bSave
```
    - m_clip
```
PwIntersectWithFunction m_clip
```
    - m_bSplit
```
java.awt.Button m_bSplit
```
    - m_bGetPolygonSet
```
java.awt.Button m_bGetPolygonSet
```
    - m_cp
```
PsPanel m_cp
```
- Class jvx.geom.PwLocalButterfly extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_elementSet
```
PgElementSet m_elementSet
```
      The geometry will be refined.
    - m_noe
```
int m_noe
```
      Current number of triangles.
    - m_nov
```
int m_nov
```
      Current number of used Vertices.
    - m_novAll
```
int m_novAll
```
      Current number of all Vertices.
    - m_origNoe
```
int m_origNoe
```
      Number of triangles in the ElementSet before refining.
    - m_vertex
```
java.util.Vector<E> m_vertex
```
      Vector containing all vertices.
    - m_vertexInsert
```
java.util.Vector<E> m_vertexInsert
```
      Vector containing vertex position for refinement grade of inserting.
    - m_vertexCOG
```
java.util.Vector<E> m_vertexCOG
```
      Vector containing centers of gravity of neighbours for refinement grade of inserting.
    - m_vertexInfo
```
java.util.Vector<E> m_vertexInfo
```
      Vector containing informations about refinement grade and vertex connectivity.
    - m_subdivisionScheme
```
int m_subdivisionScheme
```
    - m_bVertexNameByLevel
```
boolean m_bVertexNameByLevel
```
    - m_triangleInfo
```
java.util.Vector<E> m_triangleInfo
```
      Vector containing informations about triangle type, vertex indices and neighbour triangle indices.
    - m_bHasBoundary
```
boolean m_bHasBoundary
```
      For maintenance of PgBndPolygon.
    - m_boundary
```
PiVector[] m_boundary
```
      For maintenance of PgBndPolygon.
    - m_bHasElementTexture
```
boolean m_bHasElementTexture
```
      For maintenance of element texture.
    - m_elementTexture
```
java.util.Vector<E> m_elementTexture
```
      For maintenance of element texture.
    - m_bHasElementColors
```
boolean m_bHasElementColors
```
      For maintenance of element colors.
    - m_elementColor
```
java.util.Vector<E> m_elementColor
```
      For maintenance of element colors.
    - m_bHasElementBackColors
```
boolean m_bHasElementBackColors
```
      For maintenance of element back colors.
    - m_elementBackColor
```
java.util.Vector<E> m_elementBackColor
```
      For maintenance of element back colors.
    - m_bHasElementNormals
```
boolean m_bHasElementNormals
```
      For maintenance of element normals.
    - m_elementNormal
```
java.util.Vector<E> m_elementNormal
```
      For maintenance of element normals.
    - m_numVectorFields
```
int m_numVectorFields
```
      For maintenance of vector fields.
    - m_vectorField
```
java.util.Vector<E>[] m_vectorField
```
      For maintenance of vector fields.
    - m_vectorFieldIsBasedOn
```
int[] m_vectorFieldIsBasedOn
```
      For maintenance of vector fields.
    - m_bHasVertexTexture
```
boolean m_bHasVertexTexture
```
      For maintenance of vertex textures.
    - m_vertexTexture
```
java.util.Vector<E> m_vertexTexture
```
      For maintenance of vertex textures.
    - m_bHasVertexColors
```
boolean m_bHasVertexColors
```
      For maintenance of vertex colors.
    - m_vertexColor
```
java.util.Vector<E> m_vertexColor
```
      For maintenance of vertex colors.
    - m_bHasVertexNormals
```
boolean m_bHasVertexNormals
```
      For maintenance of vertex normals.
    - m_vertexNormal
```
java.util.Vector<E> m_vertexNormal
```
      For maintenance of vertex normals.
    - m_tolerance
```
PuDouble m_tolerance
```
      To steer the tolerance, when selecting for refinement by Gauss curvature.
    - m_maxNumSteps
```
PuInteger m_maxNumSteps
```
      To steer the maximal number of refinement steps, when selecting for refinement by Gauss curvature.
    - m_percentage
```
PuDouble m_percentage
```
      To select the triangles with the greatest area for refinement.
    - m_markBy
```
int m_markBy
```
    - m_ip
```
PwLocalButterfly_IP m_ip
```
- Class jvx.geom.PwLocalButterfly_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_pwButterfly
```
PwLocalButterfly m_pwButterfly
```
    - m_bRefine
```
java.awt.Button m_bRefine
```
    - m_cCurvature
```
java.awt.Checkbox m_cCurvature
```
    - m_cArea
```
java.awt.Checkbox m_cArea
```
    - m_cHand
```
java.awt.Checkbox m_cHand
```
    - m_cPlanar
```
java.awt.Checkbox m_cPlanar
```
    - m_cButterfly
```
java.awt.Checkbox m_cButterfly
```
    - m_cLoop
```
java.awt.Checkbox m_cLoop
```
    - m_pSlider
```
PsPanel m_pSlider
```
    - m_toleranceIP
```
PsPanel m_toleranceIP
```
    - m_percentageIP
```
PsPanel m_percentageIP
```
    - m_maxNumStepsIP
```
PsPanel m_maxNumStepsIP
```
- Class jvx.geom.PwMarkWithSphere extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_Radius
```
PuDouble m_Radius
```
      Radius of the sphere.
    - m_centerOfSphere
```
PdVector m_centerOfSphere
```
      Center of the sphere.
    - m_center_IP
```
PdVector_IP m_center_IP
```
      Info panel of center of sphere.
    - m_bInvertMarks
```
boolean m_bInvertMarks
```
      Flag corresponding to checkbox in workshop's info panel. Invert the selection of vertices on the surface.
    - m_bMarkElem
```
boolean m_bMarkElem
```
      Flag corresponding to checkbox in workshop's info panel. Mark elements, that have all vertices inside the sphere.
    - m_bAddToSelection
```
boolean m_bAddToSelection
```
    - m_geom
```
PgPointSet m_geom
```
      Geometry to be worked on.
    - m_circle
```
PgPolygon m_circle
```
      Circle is used to visualize the radius and position of the sphere.
    - m_numVertOfCircle
```
int m_numVertOfCircle
```
      Integer, defining the the number of points of the cirle.
    - m_normal
```
PdVector m_normal
```
      Averaged normal at the picked point on the surface.
    - m_bVisCircle
```
boolean m_bVisCircle
```
      Visualize sphere as a circle or as a sphere
    - m_numOfAverages
```
int m_numOfAverages
```
    - m_listOfNormals
```
PdVector[] m_listOfNormals
```
    - m_currNormalsInd
```
int m_currNormalsInd
```
    - e
```
PdVector[] e
```
- Class jvx.geom.PwMarkWithSphere_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_pwWorkshop
```
PwMarkWithSphere m_pwWorkshop
```
    - m_pSliderPanel
```
PsPanel m_pSliderPanel
```
    - m_cInvert
```
java.awt.Checkbox m_cInvert
```
    - m_cMarkElements
```
java.awt.Checkbox m_cMarkElements
```
    - m_cAddToSelection
```
java.awt.Checkbox m_cAddToSelection
```
    - m_cVisCircle
```
java.awt.Checkbox m_cVisCircle
```
    - m_cVisSphere
```
java.awt.Checkbox m_cVisSphere
```
    - m_bClip
```
java.awt.Button m_bClip
```
    - m_bSplit
```
java.awt.Button m_bSplit
```
- Class jvx.geom.PwMatching extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_elementSet
```
PgElementSet m_elementSet
```
      The ElementSet, whose triangles will be matched to pairs.
    - m_matching
```
int[] m_matching
```
      Array indicating the matching partner for each triangle.
    - m_noe
```
int m_noe
```
      Number of triangles of the ElementSet.
    - m_numUnmatched
```
int m_numUnmatched
```
      Number of unmatched triangles.
    - m_outer
```
java.util.Vector<E> m_outer
```
      List of edges to grow the trees.
    - m_refusedOuter
```
java.util.Vector<E> m_refusedOuter
```
      List of refused edges between different trees.
    - m_iPreviousOuter
```
int[] m_iPreviousOuter
```
      Way to root, from which an triangle is reached for the first time as "inner" in a tree.
    - m_oDeviation
```
int[] m_oDeviation
```
      Information, from which triangle the path to the root can be found, if it is not the previosu-outer path.
    - m_currentWay
```
int[] m_currentWay
```
      Array to store the way to root for currently processed triangles.
    - m_root
```
int[] m_root
```
      The root triangle information for all triangles stored to the trees.
    - m_triangleType
```
int[] m_triangleType
```
      For each triangle its function in the trees.
    - m_preMatching
```
int m_preMatching
```
      Specification of pre-matching to be performed.
- Class jvx.geom.PwMatching_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_pwMatching
```
PwMatching m_pwMatching
```
    - m_cGreedyMatching
```
java.awt.Checkbox m_cGreedyMatching
```
    - m_cNoMatching
```
java.awt.Checkbox m_cNoMatching
```
    - m_cDijkstraMatching
```
java.awt.Checkbox m_cDijkstraMatching
```
    - m_cConservativeMatching
```
java.awt.Checkbox m_cConservativeMatching
```
    - m_bMatch
```
java.awt.Button m_bMatch
```
    - m_cSingleToBoundary
```
java.awt.Checkbox m_cSingleToBoundary
```
    - m_cMatchBoundary
```
java.awt.Checkbox m_cMatchBoundary
```
    - m_bQuadrangulate
```
java.awt.Button m_bQuadrangulate
```
- Class jvx.geom.PwModel extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_elementSet
```
PgElementSet m_elementSet
```
    - m_parameter
```
PuDouble m_parameter
```
    - m_modelingType
```
int m_modelingType
```
    - m_parameterTrunc
```
double m_parameterTrunc
```
    - m_parameterShrink
```
double m_parameterShrink
```
    - m_parameterStellate
```
double m_parameterStellate
```
    - m_parameterPunch
```
double m_parameterPunch
```
    - m_parameterExtrude
```
double m_parameterExtrude
```
    - m_parameterExtrudeSymm
```
double m_parameterExtrudeSymm
```
    - m_parameterRhombificate
```
double m_parameterRhombificate
```
    - m_truncParamLowerBound
```
double m_truncParamLowerBound
```
    - m_truncParamUpperBound
```
double m_truncParamUpperBound
```
    - m_shrinkParamLowerBound
```
double m_shrinkParamLowerBound
```
    - m_shrinkParamUpperBound
```
double m_shrinkParamUpperBound
```
    - m_stellateParamLowerBound
```
double m_stellateParamLowerBound
```
    - m_stellateParamUpperBound
```
double m_stellateParamUpperBound
```
    - m_punchParamLowerBound
```
double m_punchParamLowerBound
```
    - m_punchParamUpperBound
```
double m_punchParamUpperBound
```
    - m_extrudeParamLowerBound
```
double m_extrudeParamLowerBound
```
    - m_extrudeParamUpperBound
```
double m_extrudeParamUpperBound
```
    - m_extrudeSymmParamLowerBound
```
double m_extrudeSymmParamLowerBound
```
    - m_extrudeSymmParamUpperBound
```
double m_extrudeSymmParamUpperBound
```
    - m_rhombificateParamLowerBound
```
double m_rhombificateParamLowerBound
```
    - m_rhombificateParamUpperBound
```
double m_rhombificateParamUpperBound
```
    - m_bApplyModeling
```
boolean m_bApplyModeling
```
- Class jvx.geom.PwModel_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_pwModel
```
PwModel m_pwModel
```
    - m_gModel
```
java.awt.CheckboxGroup m_gModel
```
    - m_cTruncateFill
```
java.awt.Checkbox m_cTruncateFill
```
    - m_cTruncate
```
java.awt.Checkbox m_cTruncate
```
    - m_cShrink
```
java.awt.Checkbox m_cShrink
```
    - m_cStellate
```
java.awt.Checkbox m_cStellate
```
    - m_cPunch
```
java.awt.Checkbox m_cPunch
```
    - m_cExtrude
```
java.awt.Checkbox m_cExtrude
```
    - m_cExtrudeSymm
```
java.awt.Checkbox m_cExtrudeSymm
```
    - m_cRhombificate
```
java.awt.Checkbox m_cRhombificate
```
    - m_cApply
```
java.awt.Checkbox m_cApply
```
    - m_pParameter
```
PsPanel m_pParameter
```
      Panel contains slider to adjust the strength of a modelling effect.
    - m_bSave
```
java.awt.Button m_bSave
```
      Saves the current geometry and allows iteration of modelling.
- Class jvx.geom.PwNoise extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_pointSet
```
PgPointSet m_pointSet
```
      Original geometry which is disturbed with noise.
    - m_elemSet
```
PgElementSet m_elemSet
```
      Additional reference to original geometry if instance of element set. This additional reference avoids multiple casts.
    - m_vertices
```
PdVector[] m_vertices
```
      Vertices of original geometry.
    - m_normals
```
PdVector[] m_normals
```
      Vertex normals of original geometry used to constrain noise direction.
    - m_noise
```
PdVector[] m_noise
```
      Noise vectors added to vertices. The noise vector is scalar multiplied with the scalar factor m_eps when added to a vertex.
    - m_bNoise
```
boolean[] m_bNoise
```
      Flag for each vertex if the vertex is modified or kept fix.
    - m_frequency
```
PuInteger m_frequency
```
      Determines how many of the vertices are modified. If frequency is a number n then every n-th vertex is modified. By default, n is equal to 1, i.e. every vertex is modified.
    - m_eps
```
PuDouble m_eps
```
      Scalar factor determines how much of the noise vectors is added to vertices.
    - m_bKeepBoundary
```
boolean m_bKeepBoundary
```
      Flag if boundary vertices are kept fix.
    - m_bKeepSelected
```
boolean m_bKeepSelected
```
      Flag if selected vertices are kept fix.
    - m_bTangential
```
boolean m_bTangential
```
      Flag if tangential motion is allowed. Vertices move freely if normal and tangent motion is allowed.
    - m_bNormal
```
boolean m_bNormal
```
      Flag if normal motion is allowed. Vertices move freely if normal and tangent motion is allowed.
    - m_bUpdateNormals
```
boolean m_bUpdateNormals
```
      Flag if normal vectors of original geometry are updated when noise is added.
    - m_bHasElementNormals
```
boolean m_bHasElementNormals
```
      Flag is original geometry has element normals.
    - m_bHasVertexNormals
```
boolean m_bHasVertexNormals
```
      Flag is original geometry has vertex normals.
- Class jvx.geom.PwNoise_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_pwNoise
```
PwNoise m_pwNoise
```
    - m_cNormal
```
java.awt.Checkbox m_cNormal
```
    - m_cTangential
```
java.awt.Checkbox m_cTangential
```
    - m_cKeepBoundary
```
java.awt.Checkbox m_cKeepBoundary
```
    - m_cKeepSelected
```
java.awt.Checkbox m_cKeepSelected
```
    - m_cUpdateNormals
```
java.awt.Checkbox m_cUpdateNormals
```
    - m_scramble
```
java.awt.Button m_scramble
```
    - m_sliderPanel
```
java.awt.Panel m_sliderPanel
```
    - m_bottomButtons
```
java.awt.Panel m_bottomButtons
```
- Class jvx.geom.PwParameterLines extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_elementSet
```
PgElementSet m_elementSet
```
      Pointer to current surface whose parameter lines are generated.
    - m_grade
```
PuInteger m_grade
```
      Determines how many subdivisions are added for each edge segment.
- Class jvx.geom.PwParameterLines_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_pwParameterLines
```
PwParameterLines m_pwParameterLines
```
    - m_pSlider
```
PsPanel m_pSlider
```
    - m_bGenerateBoundary
```
java.awt.Button m_bGenerateBoundary
```
    - m_bRefine
```
java.awt.Button m_bRefine
```
    - m_bGetPolygonSet
```
java.awt.Button m_bGetPolygonSet
```
- Class jvx.geom.PwPlatonic extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_solidType
```
int m_solidType
```
    - m_geom
```
PgElementSet m_geom
```
- Class jvx.geom.PwPlatonic_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_pwPlatonic
```
PwPlatonic m_pwPlatonic
```
    - m_lSolid
```
java.awt.List m_lSolid
```
- Class jvx.geom.PwReeb extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_geom
```
PgElementSet m_geom
```
      Investigated surface.
    - m_scalar
```
PdVector m_scalar
```
    - m_function
```
PuFunction m_function
```
      Function used for GUI.
    - m_defFunc
```
java.lang.String m_defFunc
```
    - m_val
```
PuDouble m_val
```
    - m_discr
```
PuDouble m_discr
```
    - m_showCurves
```
int m_showCurves
```
    - intervalPartition
```
double[] intervalPartition
```
    - elemToReeb
```
PiVector[] elemToReeb
```
    - reebPoints
```
PiVector reebPoints
```
    - reebParents
```
PiVector[][] reebParents
```
    - reebChildren
```
PiVector[][] reebChildren
```
    - m_irrVert
```
PgPointSet m_irrVert
```
    - m_vertWithValue
```
PgPointSet m_vertWithValue
```
    - m_graph
```
PgPolygonSet m_graph
```
    - m_isoCurves
```
PgPolygonSet m_isoCurves
```
    - m_irrIsocurves
```
PgPolygonSet m_irrIsocurves
```
    - m_irrIsocurveValue
```
PdVector m_irrIsocurveValue
```
- Class jvx.geom.PwReeb_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_pwReeb
```
PwReeb m_pwReeb
```
    - m_pFunc
```
PsPanel m_pFunc
```
    - m_pSetFunc
```
java.awt.Panel m_pSetFunc
```
    - m_bDijk
```
java.awt.Button m_bDijk
```
    - m_pDijk
```
java.awt.Panel m_pDijk
```
    - m_pIso
```
java.awt.Panel m_pIso
```
    - m_pIsoSliders
```
PsPanel m_pIsoSliders
```
    - m_pCheckb
```
java.awt.Panel m_pCheckb
```
    - m_cbg
```
java.awt.CheckboxGroup m_cbg
```
    - m_cSmaller
```
java.awt.Checkbox m_cSmaller
```
    - m_cEqual
```
java.awt.Checkbox m_cEqual
```
    - m_cBigger
```
java.awt.Checkbox m_cBigger
```
    - m_cAll
```
java.awt.Checkbox m_cAll
```
    - m_pBut
```
java.awt.Panel m_pBut
```
    - m_bReebPolygon
```
java.awt.Button m_bReebPolygon
```
    - m_bIrrCurves
```
java.awt.Button m_bIrrCurves
```
    - m_bIrrVert
```
java.awt.Button m_bIrrVert
```
    - m_bShowFct
```
java.awt.Button m_bShowFct
```
- Class jvx.geom.PwRefineElementSet extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_controlElementSet
```
PgElementSet m_controlElementSet
```
      Control grid of the subdivision process which is a clone of the original geometry. Note, we do not use the saved geometry since the control grid may be interactively modified by a user if the control grid is visible.
    - m_refineSequence
```
PiVector m_refineSequence
```
      Store the id's of the performed refinement steps. The sequence of it's is used to recompute the mesh from control grid when the control grid was modified.
    - m_bShowingControl
```
boolean m_bShowingControl
```
      Flag if control grid is visible in the display. By default the control grid is not visible.
    - m_lastRefinement
```
int m_lastRefinement
```
      ID of the Last refinement step, or of the suggested initial option.
- Class jvx.geom.PwRefineElementSet_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_workshop
```
PwRefineElementSet m_workshop
```
    - m_gRefine
```
java.awt.CheckboxGroup m_gRefine
```
    - m_cRivara
```
java.awt.Checkbox m_cRivara
```
    - m_cDooSabin
```
java.awt.Checkbox m_cDooSabin
```
    - m_cIntoFour
```
java.awt.Checkbox m_cIntoFour
```
    - m_cButterfly
```
java.awt.Checkbox m_cButterfly
```
    - m_cQuadrisection
```
java.awt.Checkbox m_cQuadrisection
```
    - m_cCatmullClark
```
java.awt.Checkbox m_cCatmullClark
```
    - m_cLoop
```
java.awt.Checkbox m_cLoop
```
    - m_cSqrt3
```
java.awt.Checkbox m_cSqrt3
```
    - m_cSqrt2
```
java.awt.Checkbox m_cSqrt2
```
    - m_cSqrt2Quad
```
java.awt.Checkbox m_cSqrt2Quad
```
    - m_cSqrt2QuadFlat
```
java.awt.Checkbox m_cSqrt2QuadFlat
```
    - m_cBarycentric
```
java.awt.Checkbox m_cBarycentric
```
    - m_cSplitCentral
```
java.awt.Checkbox m_cSplitCentral
```
    - m_cShowControl
```
java.awt.Checkbox m_cShowControl
```
    - m_bRefine
```
java.awt.Button m_bRefine
```
    - m_bUndo
```
java.awt.Button m_bUndo
```
    - m_list
```
java.awt.List m_list
```
    - m_description
```
PsMultiLineLabel m_description
```
- Class jvx.geom.PwRefinePolygon extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_bSinglePolygon
```
boolean m_bSinglePolygon
```
    - m_controlPolygon
```
PgPolygon m_controlPolygon
```
    - m_controlPolygonSet
```
PgPolygonSet m_controlPolygonSet
```
    - m_refinementSequence
```
PiVector m_refinementSequence
```
    - m_bShowControl
```
boolean m_bShowControl
```
- Class jvx.geom.PwRefinePolygon_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_bCoarsen
```
java.awt.Button m_bCoarsen
```
    - m_bRefine
```
java.awt.Button m_bRefine
```
    - m_cChaikin
```
java.awt.Checkbox m_cChaikin
```
    - m_cDLG
```
java.awt.Checkbox m_cDLG
```
    - m_cDFH
```
java.awt.Checkbox m_cDFH
```
    - m_cRefine
```
java.awt.Checkbox m_cRefine
```
    - m_gAlgorithm
```
java.awt.CheckboxGroup m_gAlgorithm
```
    - m_cShowControl
```
java.awt.Checkbox m_cShowControl
```
    - m_list
```
java.awt.List m_list
```
    - m_wRefinePolygon
```
PwRefinePolygon m_wRefinePolygon
```
- Class jvx.geom.PwRivaraBisection extends PsObject implements Serializable
  - Serialized Fields
    - m_geom
```
PgElementSet m_geom
```
      The geometry that has to be refined.
    - m_vertex
```
PdVector[] m_vertex
```
      Copy of the vertices.
    - m_element
```
PiVector[] m_element
```
      Copy of the elements.
    - m_neighbour
```
PiVector[] m_neighbour
```
      Copy of the neighbours.
    - m_elementNormal
```
PdVector[] m_elementNormal
```
      Copy of the element normals.
    - m_vertexNormal
```
PdVector[] m_vertexNormal
```
      Copy of the vertex normals.
    - caNewSize
```
int caNewSize
```
      Number of new array-elements if the cache has to be resized.
    - caElementUsedSize
```
int caElementUsedSize
```
      Number of used elements in the element array.
    - caElementMaxSize
```
int caElementMaxSize
```
      Number of maximal elements in the element array.
    - caVertexUsedSize
```
int caVertexUsedSize
```
      Number of used elements in the vertex array.
    - caVertexMaxSize
```
int caVertexMaxSize
```
      Number of maximal elements in the vertex array.
    - caNeighbourUsedSize
```
int caNeighbourUsedSize
```
      Number of used elements in the neighbour array.
    - caNeighbourMaxSize
```
int caNeighbourMaxSize
```
      Number of maximal elements in the neighbour array.
    - m_hasElementNormals
```
boolean m_hasElementNormals
```
      Flag, if the PgElementSet has element normals.
    - m_hasVertexNormals
```
boolean m_hasVertexNormals
```
      Flag, if the PgElementSet has vertex normals.
    - m_hasVertexColors
```
boolean m_hasVertexColors
```
      Flag, if the PgElementSet has vertex colors.
    - m_vertexColor
```
java.awt.Color[] m_vertexColor
```
      Copy of vertex colors
    - m_hasElementColors
```
boolean m_hasElementColors
```
      Flag, if the PgElementSet has element colors.
    - m_elementColor
```
java.awt.Color[] m_elementColor
```
      Copy of element colors
    - m_hasElementBackColors
```
boolean m_hasElementBackColors
```
      Flag, if the PgElementSet has element back colors.
    - m_elementBackColor
```
java.awt.Color[] m_elementBackColor
```
      Copy of element back colors
    - m_hasVertexTextures
```
boolean m_hasVertexTextures
```
      Flag, if the PgElementSet has vertex textures.
    - m_vertexTextures
```
PdVector[] m_vertexTextures
```
      Copy of vertex texture coordinates
    - m_hasElementTextures
```
boolean m_hasElementTextures
```
      Flag, if the PgElementSet has element textures.
    - m_elementTextures
```
PdVector[][] m_elementTextures
```
      Copy of element texture coordinates
- Class jvx.geom.PwSimplify extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_elementSet
```
PgElementSet m_elementSet
```
      The geometry will be simplified.
    - m_infoPanel
```
PwSimplify_IP m_infoPanel
```
      We want to update this info panel during simplification.
    - m_edgeList
```
PiVector[] m_edgeList
```
      List of end points of the geometry edges.
    - m_index
```
PiVector m_index
```
      Index vector for heap sort.
    - m_location
```
PiVector m_location
```
      Inverse information to m_index.
    - m_isDenied
```
boolean[] m_isDenied
```
      Flag, if edge is denied to be removed.
    - m_maxIndex
```
int m_maxIndex
```
      Last used index in m_index.
    - m_lastNode
```
int m_lastNode
```
      Last node-index for heap sort.
    - m_minVector
```
PdVector[] m_minVector
```
      The 3d-point of minmal error to replace an edge with.
    - m_minValue
```
PdVector m_minValue
```
      The associate minimal error for replacing edge.
    - m_numEdges
```
int m_numEdges
```
      Number of edges in the geometry.
    - m_numEl
```
int m_numEl
```
      Number of elements in the geometry.
    - m_quadMatrix
```
PdMatrix[] m_quadMatrix
```
      3x3 matrix for quadric metric to a vertex of m_elementSet.
    - m_quadVector
```
PdVector[] m_quadVector
```
      3d vector for quadric metric to a vertex of m_elementSet.
    - m_quadScalar
```
PdVector m_quadScalar
```
      Scalar part for quadric metric to a vertex of m_elementSet.
    - m_edgesAtVertex
```
PiVector[] m_edgesAtVertex
```
      List of adjacent edges to every vertex of m_elementSet.
    - m_edgesAtVertex2
```
PiVector[] m_edgesAtVertex2
```
      List of neighbour edges of second order.
    - m_elementsAtVertex
```
PiVector[] m_elementsAtVertex
```
      List of adjacent elements to every vertex of m_elementSet.
    - m_bKeepBoundary
```
boolean m_bKeepBoundary
```
      Flag to leave boundary untouched.
    - m_bKeepMarkedVertices
```
boolean m_bKeepMarkedVertices
```
      Flag to leave marked vertices untouched.
    - m_minInOut
```
double m_minInOut
```
      Bound value for avoiding thin triangles.
    - m_bCheckAngles
```
boolean m_bCheckAngles
```
      Flag to avoid thin triangles.
    - m_bCheckNormals
```
boolean m_bCheckNormals
```
      Flag to check, if normals of new and old elements differ by more than m_maxAngle.
    - m_bForceSimplify
```
boolean m_bForceSimplify
```
      Flag to force simplify against normal and thin triangle criteria.
    - m_bFlipEdges
```
boolean m_bFlipEdges
```
      Flag to if triangle edges are flip before simplification.
    - m_maxAngle
```
double m_maxAngle
```
      Maximal angle between normals of original and simlified elements.
    - m_bBigNeighbourhood
```
boolean m_bBigNeighbourhood
```
      Flag to maintain up to 2nd order neighboured edges.
    - m_bShowNumTriangles
```
boolean m_bShowNumTriangles
```
      Whether the scene title should be changed to contain the number of triangles.
    - m_vertex
```
PdVector[] m_vertex
```
      Vertices of m_elementSet.
    - m_element
```
PiVector[] m_element
```
      Elements of m_elementSet.
    - m_neighbour
```
PiVector[] m_neighbour
```
      Neighbour informations of m_elementSet.
    - m_elementNormal
```
PdVector[] m_elementNormal
```
      ElementNormals of m_elementSet.
    - m_numVF
```
int m_numVF
```
      Number of VectorFields belonging to m_elementSet.
    - m_vectorField
```
PgVectorField[] m_vectorField
```
      VectorFields of m_elementSet.
    - m_hasVertexNormals
```
boolean m_hasVertexNormals
```
      Flag, if m_elementSet has vertex normals.
    - m_hasElementNormals
```
boolean m_hasElementNormals
```
      Flag, if m_elementSet has element normals.
    - m_hasVertexTextures
```
boolean m_hasVertexTextures
```
      Flag, if m_elementSet has vertex textures.
    - m_vertexTexture
```
PdVector[] m_vertexTexture
```
      VertexTextures of m_elementSet.
    - m_hasElementTextures
```
boolean m_hasElementTextures
```
      Flag, if m_elementSet has element textures.
    - m_elementTexture
```
PdVector[][] m_elementTexture
```
      ElementTextures of m_elementSet.
    - m_hasVertexColors
```
boolean m_hasVertexColors
```
      Flag, if m_elementSet has vertexColors.
    - m_vertexColor
```
java.awt.Color[] m_vertexColor
```
      VertexColors of m_elementSet.
    - m_dimOfVertices
```
int m_dimOfVertices
```
      Vertex dimension of m_elementSet.
    - m_dimOfVectors
```
int m_dimOfVectors
```
      Dimension of element normals.
    - m_dimOfElements
```
int m_dimOfElements
```
      Dimension of elements.
    - m_hasBoundary
```
boolean m_hasBoundary
```
      Flag, if m_elementSet has boundary polygons.
    - m_numBnd
```
int m_numBnd
```
      Number of boundary polygons.
    - m_bndList
```
PiVector[] m_bndList
```
      Vertex index vectors of boundary polygons.
    - m_edgeNr
```
int m_edgeNr
```
      The index of the edge, that will be inpected or removed by different methods.
    - m_vertexIndex
```
int[] m_vertexIndex
```
    - dLoc
```
double[] dLoc
```
    - ii
```
int ii
```
    - jj
```
int jj
```
    - kk
```
int kk
```
    - ll
```
int ll
```
    - mm
```
int mm
```
    - size
```
int[] size
```
    - count
```
int[] count
```
    - m_index2
```
int[] m_index2
```
    - ceRemoveBnd
```
boolean ceRemoveBnd
```
    - ceDd
```
boolean ceDd
```
    - ceBndInd
```
PiVector ceBndInd
```
    - ceElement
```
PiVector ceElement
```
    - cnElNr
```
PiVector cnElNr
```
    - cnOldElement
```
PiVector cnOldElement
```
    - cnNormal
```
PdVector cnNormal
```
    - cnNor
```
PdVector cnNor
```
    - cnVertexA
```
PdVector cnVertexA
```
    - cnVertexB
```
PdVector cnVertexB
```
    - cnVertexC
```
PdVector cnVertexC
```
    - cnEdgeB
```
PdVector cnEdgeB
```
    - cnEdgeC
```
PdVector cnEdgeC
```
    - cneElement
```
PiVector cneElement
```
    - reElement
```
PiVector reElement
```
    - reNeighbour
```
PiVector reNeighbour
```
    - reDoubleEdge
```
boolean reDoubleEdge
```
    - reEdgeIsSaved
```
boolean reEdgeIsSaved
```
    - cmA
```
PdMatrix cmA
```
    - cmQ
```
PdMatrix cmQ
```
    - cmV
```
PdVector cmV
```
    - cmQx
```
PdVector cmQx
```
    - m_targetNumber
```
PuInteger m_targetNumber
```
    - m_sliderType
```
int m_sliderType
```
    - m_percentSliderValue
```
int m_percentSliderValue
```
    - m_absoluteSliderValue
```
int m_absoluteSliderValue
```
    - m_labelGeom
```
PgPointSet m_labelGeom
```
      Is used to render text that describes the current number of triangles in the geometry.
    - m_bGenerateVertexMap
```
boolean m_bGenerateVertexMap
```
      Flag to generate an index map from original geometry vertices to the coarse vertices they are collapsed to.
    - m_vertexMap
```
PiVector m_vertexMap
```
      Index map from original geometry vertices to the coarse vertices they are collapsed to.
    - m_bPrioritiseByEdgeLength
```
boolean m_bPrioritiseByEdgeLength
```
      Flag to use edge lengths as priority keys. Edges will be collapsed into edge mid points.
    - heapJ
```
int heapJ
```
    - heapK
```
int heapK
```
    - heapN
```
int heapN
```
- Class jvx.geom.PwSimplify_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_pwSimplify
```
PwSimplify m_pwSimplify
```
    - m_cCheckNormals
```
java.awt.Checkbox m_cCheckNormals
```
    - m_cForceSimplify
```
java.awt.Checkbox m_cForceSimplify
```
    - m_cKeepBoundary
```
java.awt.Checkbox m_cKeepBoundary
```
    - m_cKeepMarkedVertices
```
java.awt.Checkbox m_cKeepMarkedVertices
```
    - m_cCheckAngles
```
java.awt.Checkbox m_cCheckAngles
```
    - m_cFlipEdges
```
java.awt.Checkbox m_cFlipEdges
```
    - m_cShowNumTriangles
```
java.awt.Checkbox m_cShowNumTriangles
```
    - m_cQuadrics
```
java.awt.Checkbox m_cQuadrics
```
    - m_cEdgeLength
```
java.awt.Checkbox m_cEdgeLength
```
    - m_bSimplify
```
java.awt.Button m_bSimplify
```
    - m_tNumEl
```
java.awt.TextField m_tNumEl
```
    - m_sliderPanel
```
PsPanel m_sliderPanel
```
    - m_cAbsolute
```
java.awt.Checkbox m_cAbsolute
```
    - m_cPercent
```
java.awt.Checkbox m_cPercent
```
- Class jvx.geom.PwSmooth extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_geom
```
PgElementSet m_geom
```
    - m_method
```
int m_method
```
      specifies the method used for smoothing
    - m_featureDetect
```
PuDouble m_featureDetect
```
      vertices with at least one principal curvature > m_featureDetect are regarded as features
    - m_stepwidth
```
double m_stepwidth
```
    - m_numOfStepBetweenUpdates
```
int m_numOfStepBetweenUpdates
```
    - m_currLoop
```
int m_currLoop
```
    - m_maxNumLoops
```
int m_maxNumLoops
```
    - m_bkeepSelected
```
boolean m_bkeepSelected
```
    - m_bkeepBoundary
```
boolean m_bkeepBoundary
```
    - m_bshowVertCol
```
boolean m_bshowVertCol
```
    - m_bUseRedGreen
```
boolean m_bUseRedGreen
```
    - m_bImplicit
```
boolean m_bImplicit
```
    - m_bStepFunc
```
boolean m_bStepFunc
```
    - m_prescSteps
```
int m_prescSteps
```
    - m_prescStepWidth
```
double m_prescStepWidth
```
    - m_prescRecompute
```
int m_prescRecompute
```
    - m_bprescRecompute
```
boolean m_bprescRecompute
```
    - m_bUpdateElementNormals
```
boolean m_bUpdateElementNormals
```
    - m_bUpdateVertexNormals
```
boolean m_bUpdateVertexNormals
```
    - m_bShowGradient
```
boolean m_bShowGradient
```
    - m_methodDetect
```
int m_methodDetect
```
    - m_bMarkFeatures
```
boolean m_bMarkFeatures
```
    - m_bFlip
```
boolean m_bFlip
```
    - anisoAreaGrad
```
PdVector[] anisoAreaGrad
```
    - volGrad
```
PdVector[] volGrad
```
    - m_vf
```
PgVectorField m_vf
```
    - m_fac
```
double m_fac
```
    - m_val
```
double m_val
```
    - m_b
```
boolean m_b
```
    - btest
```
boolean btest
```
    - m_mean
```
PdVector m_mean
```
    - aVolGrad
```
PdVector[] aVolGrad
```
    - onEdge
```
boolean[] onEdge
```
    - m_useScaleColor
```
boolean m_useScaleColor
```
    - m_scaleColor
```
double m_scaleColor
```
    - colVal
```
double colVal
```
    - m_solver
```
PnBiconjugateGradient m_solver
```
    - m_preconditioner
```
PnPreconditionerJacobi m_preconditioner
```
    - m_Coord
```
PdVector m_Coord
```
    - m_newCoord
```
PdVector m_newCoord
```
    - m_A
```
PnStiffAniso m_A
```
    - m_massMatrix
```
PnMassMatrix m_massMatrix
```
    - m_bUseMassMatrix
```
boolean m_bUseMassMatrix
```
    - m_bUseLumpedMass
```
boolean m_bUseLumpedMass
```
    - m_thread
```
java.lang.Thread m_thread
```
    - m_bRunning
```
boolean m_bRunning
```
      Flag used to indicate that thread should stop.
    - m_bStopped
```
boolean m_bStopped
```
      Flag determines if a smoothing process is currently active.
    - createImages
```
boolean createImages
```
    - imagenr
```
int imagenr
```
    - imagename
```
java.lang.String imagename
```
    - width
```
int width
```
    - height
```
int height
```
    - type
```
int type
```
    - fileExt
```
java.lang.String fileExt
```
    - viewer
```
PvViewer viewer
```
    - createModels
```
boolean createModels
```
    - createDispFile
```
boolean createDispFile
```
    - modelType
```
int modelType
```
    - dispFileType
```
int dispFileType
```
    - modelFileExt
```
java.lang.String modelFileExt
```
    - m_time
```
long m_time
```
    - m_solverErr
```
double m_solverErr
```
    - m_solverIter
```
int m_solverIter
```
- Class jvx.geom.PwSmooth_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_pwSmooth
```
PwSmooth m_pwSmooth
```
    - m_tStepwidth
```
java.awt.TextField m_tStepwidth
```
    - m_tCurrLoop
```
java.awt.TextField m_tCurrLoop
```
    - m_tNumLoops
```
java.awt.TextField m_tNumLoops
```
    - m_cMethod
```
java.awt.Choice m_cMethod
```
    - m_cReduceRedraw
```
java.awt.Checkbox m_cReduceRedraw
```
    - m_numStepsBetweenUpdate
```
int m_numStepsBetweenUpdate
```
    - m_cKeepSelected
```
java.awt.Checkbox m_cKeepSelected
```
    - m_cKeepBoundary
```
java.awt.Checkbox m_cKeepBoundary
```
    - m_cImplicit
```
java.awt.Checkbox m_cImplicit
```
    - m_cMassMatrix
```
java.awt.Checkbox m_cMassMatrix
```
    - m_cLumpedMass
```
java.awt.Checkbox m_cLumpedMass
```
    - m_bStoreImplicit
```
boolean m_bStoreImplicit
```
    - m_cStepFunc
```
java.awt.Checkbox m_cStepFunc
```
    - m_cShowGradient
```
java.awt.Checkbox m_cShowGradient
```
    - m_bSmooth
```
java.awt.Button m_bSmooth
```
    - m_bReset
```
java.awt.Button m_bReset
```
    - m_cDefaultColorOfButton
```
java.awt.Color m_cDefaultColorOfButton
```
    - m_cOnlyRedGreen
```
java.awt.Checkbox m_cOnlyRedGreen
```
    - m_cVertexColors
```
java.awt.Checkbox m_cVertexColors
```
    - m_cShowVertices
```
java.awt.Checkbox m_cShowVertices
```
    - m_cElementColors
```
java.awt.Checkbox m_cElementColors
```
    - m_cUpdateElementNormals
```
java.awt.Checkbox m_cUpdateElementNormals
```
    - m_cUpdateVertexNormals
```
java.awt.Checkbox m_cUpdateVertexNormals
```
    - m_cFlip
```
java.awt.Checkbox m_cFlip
```
    - m_sliderPanel
```
java.awt.Panel m_sliderPanel
```
    - m_storeFeatureDetect
```
double m_storeFeatureDetect
```
    - m_storeFeatureDetectBound
```
double m_storeFeatureDetectBound
```
    - m_pPrescribed
```
java.awt.Panel m_pPrescribed
```
    - m_tPrescNumOfSteps
```
java.awt.TextField m_tPrescNumOfSteps
```
    - m_tPrescStepWidth
```
java.awt.TextField m_tPrescStepWidth
```
    - m_tPrescRecompute
```
java.awt.TextField m_tPrescRecompute
```
    - m_bGeomShowsElementColors
```
boolean m_bGeomShowsElementColors
```
    - m_tTime
```
java.awt.TextField m_tTime
```
    - m_tIter
```
java.awt.TextField m_tIter
```
    - m_tErr
```
java.awt.TextField m_tErr
```
- Class jvx.geom.PwTexture extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_geom
```
PgElementSet m_geom
```
      Base geometry is a triangulation which carries the vector field.
    - m_LICSize
```
PuInteger m_LICSize
```
      Size of longest edge in element set, given in pixels.
    - m_textureSize
```
java.awt.Dimension m_textureSize
```
      Size of texture image.
- Class jvx.geom.PwTexture_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_pwTexture
```
PwTexture m_pwTexture
```
      Parent project.
    - m_pSize
```
PsPanel m_pSize
```
      Panel holds slider.
    - m_bComputeTexSize
```
java.awt.Button m_bComputeTexSize
```
      Calculate size of texture pixel array depending on requested number of pixels for longest triangle edge.
    - m_bBurn
```
java.awt.Button m_bBurn
```
      Initiate the burning process, create texture pixel array of geometry.
    - m_lTextureSize
```
java.awt.Label m_lTextureSize
```
      Show dimension of pixel array depending on the requested resolution.
- Class jvx.geom.PwTopology extends PjWorkshop implements Serializable
- Class jvx.geom.PwTopology_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_topology
```
PwTopology m_topology
```
    - m_bCut
```
java.awt.Button m_bCut
```
    - m_bCutLoops
```
java.awt.Button m_bCutLoops
```
    - m_bGetPolygonSet
```
java.awt.Button m_bGetPolygonSet
```
    - m_bGetGoodPolygonSet
```
java.awt.Button m_bGetGoodPolygonSet
```
    - m_bGetLoopPolygonSet
```
java.awt.Button m_bGetLoopPolygonSet
```
    - m_bGetGoodLoopPolygonSet
```
java.awt.Button m_bGetGoodLoopPolygonSet
```
    - m_bTestElementStrips
```
java.awt.Button m_bTestElementStrips
```
- Class jvx.geom.PwTransform extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_scale
```
PuDouble[] m_scale
```
      Scale values for each coordinate axis.
    - m_trans
```
PuDouble[] m_trans
```
      Translation value for each coordinate axis.
    - m_rotate
```
PuDouble[] m_rotate
```
      Rotation value for each coordinate axis.
    - m_scaleAll
```
PuDouble m_scaleAll
```
      Scale value for all coordinates.
    - m_scaleOld
```
double[] m_scaleOld
```
      Value of last transformation.
    - m_transOld
```
double[] m_transOld
```
      Value of last transformation.
    - m_rotateOld
```
double[] m_rotateOld
```
      Value of last transformation.
    - m_scaleAllOld
```
double m_scaleAllOld
```
      Value of last transformation.
    - m_scaleTex
```
PuDouble[] m_scaleTex
```
      Scale values for each coordinate axis.
    - m_transTex
```
PuDouble[] m_transTex
```
      Translation value for each coordinate axis.
    - m_rotateTex
```
PuDouble[] m_rotateTex
```
      Rotation value for each coordinate axis.
    - m_scaleAllTex
```
PuDouble m_scaleAllTex
```
      Scale value for all coordinates.
    - m_scaleTexOld
```
double[] m_scaleTexOld
```
      Value of last transformation.
    - m_transTexOld
```
double[] m_transTexOld
```
      Value of last transformation.
    - m_rotateTexOld
```
double[] m_rotateTexOld
```
      Value of last transformation.
    - m_scaleAllTexOld
```
double m_scaleAllTexOld
```
      Value of last transformation.
    - m_scaleVectorFields
```
PuDouble m_scaleVectorFields
```
      Scale values for vector fields.
    - m_rotateVectorFields
```
PuDouble m_rotateVectorFields
```
      Rotation value of vectors.
    - m_scaleVectorFieldsOld
```
double m_scaleVectorFieldsOld
```
      Value of last transformation.
    - m_rotateVectorFieldsOld
```
double m_rotateVectorFieldsOld
```
      Value of last transformation.
    - m_geom
```
PgPointSet m_geom
```
      Geometry the workshop operates on.
    - m_dim
```
int m_dim
```
      Dimension of ambient space of geometry.
    - m_numRotateAxis
```
int m_numRotateAxis
```
      Number of rotation axis.
    - m_bWholeScene
```
boolean m_bWholeScene
```
      Flag tells whether the transformation should be applied to the whole scene
    - m_bSelectedGeometriesOnly
```
boolean m_bSelectedGeometriesOnly
```
      Flag tells whether the transformation should be applied to all selected geometries
    - m_pCenter
```
PgPointSet m_pCenter
```
      Point can be used to define the center of the rotations.
    - m_bUseBaryCenterOfGeom
```
boolean m_bUseBaryCenterOfGeom
```
      Enable/Disable using the barycenter of the geometry as the center for rotations.
    - m_bSelectedVerticesOnly
```
boolean m_bSelectedVerticesOnly
```
      Enable/Disable transformation of selected vertices
    - m_center_IP
```
PdVector_IP m_center_IP
```
      Info panel of the barycenter
    - m_centerTex_IP
```
PdVector_IP m_centerTex_IP
```
      Info panel of the center of the textures.
    - m_function
```
PuFunction m_function
```
      Coordinate functions of this surface given as editable strings.
- Class jvx.geom.PwTransform_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_ws
```
PwTransform m_ws
```
    - m_geomPanel
```
PsPanel m_geomPanel
```
    - m_pSliderPanel
```
PsPanel m_pSliderPanel
```
    - m_cActualGeometry
```
java.awt.Checkbox m_cActualGeometry
```
    - m_cSelectedGeometriesOnly
```
java.awt.Checkbox m_cSelectedGeometriesOnly
```
    - m_cWholeScene
```
java.awt.Checkbox m_cWholeScene
```
    - m_cSelectedVerticesOnly
```
java.awt.Checkbox m_cSelectedVerticesOnly
```
    - m_cRotateBaryCenter
```
java.awt.Checkbox m_cRotateBaryCenter
```
    - m_cRotatePoint
```
java.awt.Checkbox m_cRotatePoint
```
    - m_cbg
```
java.awt.CheckboxGroup m_cbg
```
    - m_funPanel
```
PsPanel m_funPanel
```
    - m_pFunButtons
```
PsPanel m_pFunButtons
```
    - m_bEvaluate
```
java.awt.Button m_bEvaluate
```
    - m_texPanel
```
PsPanel m_texPanel
```
    - m_tabPanel
```
PsTabPanel m_tabPanel
```
    - m_vecFieldPanel
```
PsPanel m_vecFieldPanel
```
- Class jvx.geom.PwUnfold extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_geom
```
PgElementSet m_geom
```
      Instance of the geometry to be worked on.
    - m_geomSave
```
PgElementSet m_geomSave
```
      Keep a copy of the original geometry.
    - m_linTree
```
int[] m_linTree
```
      Here the forest created when cutting the geometry is stored. The trees are stored one after the other. Each tree is stored such that the index of each node is smaller then the index of children (e.g. breadth first)
    - m_linTreeParent
```
int[] m_linTreeParent
```
      To simplify queries the local index of the vertex pointing to the father of the element is stored. The value of node that is a root of a tree is -1.
    - m_linTreeDepth
```
int m_linTreeDepth
```
      Depth of the tree / forest.
    - m_linTreeLevel
```
int[] m_linTreeLevel
```
      For each element the level in the tree / forest.
    - m_flattenVersion
```
int m_flattenVersion
```
      Flattening mode identifier.
    - m_showSplice
```
boolean m_showSplice
```
      Add splices when the model is flat. m_showSplice is changed by a checkbox in the InfoPanel.
    - m_isFlat
```
boolean m_isFlat
```
      Is Geometry flat at the moment? Flag is used to decide whether splices should be visible or not.
    - m_splice
```
PgElementSet m_splice
```
      The splices a kept as a separate geometry.
    - m_isUnfold
```
boolean m_isUnfold
```
      Has been unfolded.
    - m_numOfParts
```
int m_numOfParts
```
      Number of trees in the forest of neighbourhood relations of the unfolded geometry.
    - m_anim
```
PsAnimation m_anim
```
      Instance of the generated animation.
    - m_vertOfPolygons
```
int[][] m_vertOfPolygons
```
      Vertex indices of polygons.
    - m_translatePolygons
```
double[][] m_translatePolygons
```
      Translation data for polygons.
    - m_BBoxdata
```
double[][] m_BBoxdata
```
      Bounding box information.
    - m_bAutoFit
```
boolean m_bAutoFit
```
      Flag to fit geometry in display after each step of the animation.
    - m_diamBB
```
double[] m_diamBB
```
      Keep the diameter of the bounding box of the initial and the unfolded geom. This is used to get a smooth interpolation when fitting while the animation runs.
    - m_bPickFixElem
```
boolean m_bPickFixElem
```
      Enable picking of elements to be fixed during animation.
    - m_bFixElem
```
boolean m_bFixElem
```
      Enable mode that a single element is hold in fixed position during an animation.
    - m_fixedElement
```
int m_fixedElement
```
      Index of element which is fixed during an animation, if m_bFixElem is enabled.
    - m_weight
```
int m_weight
```
      Actual weight used to compute the unfolding.
    - m_bShowPolygonSet
```
boolean m_bShowPolygonSet
```
      Flag to enable/disable selecting edges.
    - m_polygonSet
```
PgPolygonSet m_polygonSet
```
      A polygonSet, which allows to select and unselect edges of the unfolded elementSet. Each edge-element incidence of the elementSet is represented by an own edge in the polygonSet. Each polygon consists of only one edge.
    - m_polygonIsSelected
```
boolean[] m_polygonIsSelected
```
      Additional array of selection flags.
    - m_partnerPolygon
```
int[] m_partnerPolygon
```
      For each polygon (= edge) in the polygonSet the index of the other edge representing the same edge of the unfolded elementSet.
    - m_bPolygonSetUpdate
```
boolean m_bPolygonSetUpdate
```
      Flag to prevent the update method from calling itself.
    - m_bSpliceUpdate
```
boolean m_bSpliceUpdate
```
      Flag to prevent the update method from calling itself.
    - m_bFlipSplice
```
boolean[] m_bFlipSplice
```
      An array of boolean to flip splices to the other adjacent face at the edge.
    - m_polygonLabelType
```
int m_polygonLabelType
```
      Label Type.
    - m_edgeFoldingAngle
```
int[] m_edgeFoldingAngle
```
      Array for edge folding angles.
    - m_eq
```
PdMatrix m_eq
```
    - m_tri
```
PdVector m_tri
```
    - m_oriTri
```
PdVector m_oriTri
```
    - m_trafo
```
PdMatrix m_trafo
```
    - m_trans
```
PdVector m_trans
```
    - m_helpEdge1
```
PdVector m_helpEdge1
```
    - m_helpEdge2
```
PdVector m_helpEdge2
```
    - m_bAnimIsRunning
```
boolean m_bAnimIsRunning
```
    - m_isImproving
```
boolean m_isImproving
```
    - noOverlaps
```
boolean noOverlaps
```
    - m_bStopImproving
```
boolean m_bStopImproving
```
    - m_bquickImprove
```
boolean m_bquickImprove
```
    - m_bUpdateWhileImprove
```
boolean m_bUpdateWhileImprove
```
    - m_bNoImprove
```
boolean m_bNoImprove
```
    - m_elemTreeTable
```
int[] m_elemTreeTable
```
    - m_thread
```
java.lang.Thread m_thread
```
    - m_bRunning
```
boolean m_bRunning
```
      Flag used to indicate that thread should stop.
    - m_bStopped
```
boolean m_bStopped
```
      Flag determines if a smoothing process is currently active.
- Class jvx.geom.PwUnfold_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_pwUnfold
```
PwUnfold m_pwUnfold
```
      The unfold workshop steered by this panel.
    - m_bUnfold
```
java.awt.Button m_bUnfold
```
      Button to invoke unfolding.
    - m_bRefold
```
java.awt.Button m_bRefold
```
      Button to refold geometry.
    - m_bImprove
```
java.awt.Button m_bImprove
```
      Button to try improving the current unfolding.
    - m_animPanel
```
PsPanel m_animPanel
```
      Panel to contain the animation panel.
    - m_psAnimation_IP
```
PsAnimation_IP m_psAnimation_IP
```
      Animation panel for the unfolding parameter.
    - m_cSplices
```
java.awt.Checkbox m_cSplices
```
      Checkbox to add splices to the geometry.
    - m_cAutoFit
```
java.awt.Checkbox m_cAutoFit
```
      Checkbox to enable/disable fitting geometry during unfolding animation.
    - m_numOfParts
```
int m_numOfParts
```
    - m_lNumOfParts
```
PsMultiLineLabel m_lNumOfParts
```
      Label for number of parts.
    - m_colorOfButtons
```
java.awt.Color m_colorOfButtons
```
      Background color for buttons.
    - m_pImprove
```
PsPanel m_pImprove
```
      Panel for improving gui elements.
    - m_cFixElement
```
java.awt.Checkbox m_cFixElement
```
      Checkbox to keep an element at fixed position during unfolding animation.
    - m_tFixElement
```
java.awt.TextField m_tFixElement
```
      Textfield to specify fixed element.
    - m_tDiamFirstFrame
```
java.awt.TextField m_tDiamFirstFrame
```
      Textfield to define the diameter of the first frame.
    - m_tDiamLastFrame
```
java.awt.TextField m_tDiamLastFrame
```
      Textfield to define the diameter of the last frame.
    - m_lParts
```
java.awt.Label m_lParts
```
      Label for number of parts.
    - m_cShowControl
```
java.awt.Checkbox m_cShowControl
```
      Checkbox to switch to selectEdges mode.
    - m_bDeselectAll
```
java.awt.Button m_bDeselectAll
```
      Button to unselect all edges.
    - m_bStoreEdges
```
java.awt.Button m_bStoreEdges
```
      Button to store selected edges to the closed geometry.
    - m_tSpliceFirst
```
java.awt.TextField m_tSpliceFirst
```
      TextField to control size of splices.
    - m_tSpliceSecond
```
java.awt.TextField m_tSpliceSecond
```
      TexTfield to control size of splices.
    - m_tSpliceThird
```
java.awt.TextField m_tSpliceThird
```
      TexTfield to control size of splices.
    - m_cUnfoldUniformly
```
java.awt.Checkbox m_cUnfoldUniformly
```
    - m_cStepUnfold_BETA
```
java.awt.Checkbox m_cStepUnfold_BETA
```
Package jvx.loader
- Class jvx.loader.PgMacroPatch extends PsObject implements Serializable
  - Serialized Fields
    - m_vertexType
```
PiVector[] m_vertexType
```
      Reference to PgBdLoader instance variable.
    - m_vertex
```
PdVector[] m_vertex
```
      Reference to PgBdLoader instance variable.
    - m_element
```
PiVector m_element
```
      Indices of those vertices in m_vertex which are the major vertices of the present patch.
    - m_bndShapeBits
```
java.util.BitSet[] m_bndShapeBits
```
      Same size as m_element, one bitSet per edge.
    - m_bndShape
```
PiVector[] m_bndShape
```
      Same size as m_element, one PiVector per edge.
    - m_dim
```
int m_dim
```
      Dimension of macro vertices.
    - m_bndType
```
int m_bndType
```
    - m_orientation
```
int m_orientation
```
    - m_numULines
```
int m_numULines
```
    - m_numVLines
```
int m_numVLines
```
    - m_numUSubs
```
int m_numUSubs
```
    - m_numVSubs
```
int m_numVSubs
```
- Class jvx.loader.PsExportInfo extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_maxNumImageTypes
```
int m_maxNumImageTypes
```
    - IMAGE_SIZE_LAND
```
int[][] IMAGE_SIZE_LAND
```
      Aspect ratio mainly 5:4 except NTSC.
    - IMAGE_SIZE_PORT
```
int[][] IMAGE_SIZE_PORT
```
      Aspect ratio 3:4.
    - IMAGE_SIZE_SQUARE
```
int[][] IMAGE_SIZE_SQUARE
```
      Aspect ratio 1:1.
    - m_dataFormat
```
int[] m_dataFormat
```
      Array of all data fields which are currently offered to export.
    - m_geomFormat
```
int[] m_geomFormat
```
      Array of all geometry file formats which are currently offered to export.
    - m_imageFormat
```
int[] m_imageFormat
```
      Array of all image file formats which are currently offered to export.
    - m_authorInfo
```
PsAuthorInfo m_authorInfo
```
    - m_jvzConfig
```
PsJvzConfig m_jvzConfig
```
    - m_sceneTitle
```
java.lang.String m_sceneTitle
```
- Class jvx.loader.PsExportInfo_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_exportInfo
```
PsExportInfo m_exportInfo
```
    - m_ext
```
java.lang.String m_ext
```
    - m_bAuthor
```
java.awt.Button m_bAuthor
```
    - m_bDescription
```
java.awt.Button m_bDescription
```
    - m_bConfigJVZ
```
java.awt.Button m_bConfigJVZ
```
    - m_pButton
```
java.awt.Panel m_pButton
```
    - m_pSelectWorking
```
PsPanel m_pSelectWorking
```
    - m_tWorkingDir
```
java.awt.TextField m_tWorkingDir
```
    - m_tModelName
```
java.awt.TextField m_tModelName
```
    - m_lSceneTitle
```
java.awt.Label m_lSceneTitle
```
    - m_tSceneTitle
```
java.awt.TextField m_tSceneTitle
```
    - m_pCheckData
```
PsPanel m_pCheckData
```
    - m_pCheckGeom
```
PsPanel m_pCheckGeom
```
    - m_pCheckImage
```
PsPanel m_pCheckImage
```
    - m_cCheck
```
java.awt.Checkbox[] m_cCheck
```
    - m_cDataCheck
```
java.awt.Checkbox[] m_cDataCheck
```
    - m_numOfferedDataFields
```
int m_numOfferedDataFields
```
    - m_numOfferedGeomFormats
```
int m_numOfferedGeomFormats
```
    - m_numOfferedImageFormats
```
int m_numOfferedImageFormats
```
    - m_numOfferedDispFormats
```
int m_numOfferedDispFormats
```
    - m_numOfferedFormats
```
int m_numOfferedFormats
```
    - m_numSelectedFormats
```
int m_numSelectedFormats
```
    - m_numSelectedFields
```
int m_numSelectedFields
```
    - m_pSelectGeom
```
PsPanel m_pSelectGeom
```
    - m_gSelectGeom
```
java.awt.CheckboxGroup m_gSelectGeom
```
    - m_cSelectSelected
```
java.awt.Checkbox m_cSelectSelected
```
    - m_cSelectVisible
```
java.awt.Checkbox m_cSelectVisible
```
    - m_cSelectAll
```
java.awt.Checkbox m_cSelectAll
```
    - m_cCompress
```
java.awt.Checkbox m_cCompress
```
    - m_cFloat
```
java.awt.Checkbox m_cFloat
```
    - m_cDisplay
```
java.awt.Checkbox m_cDisplay
```
    - m_pGeometry
```
PsPanel m_pGeometry
```
    - m_pImage
```
PsPanel m_pImage
```
    - m_pConfigImage
```
PsPanel m_pConfigImage
```
    - m_cConfig
```
java.awt.Checkbox m_cConfig
```
    - m_lWidth
```
java.awt.Label m_lWidth
```
    - m_tWidth
```
java.awt.TextField m_tWidth
```
    - m_tHeight
```
java.awt.TextField m_tHeight
```
    - m_tSuffix
```
java.awt.TextField m_tSuffix
```
    - m_cImageType
```
java.awt.Choice m_cImageType
```
    - m_bReset
```
java.awt.Button m_bReset
```
      Clear information in all widgets.
    - m_bSelect
```
java.awt.Button m_bSelect
```
    - m_lCurrDir
```
java.awt.Label m_lCurrDir
```
    - m_workingDir
```
java.lang.String m_workingDir
```
    - m_relativeDir
```
java.lang.String m_relativeDir
```
    - m_saveDir
```
java.lang.String m_saveDir
```
    - m_saveFile
```
java.lang.String m_saveFile
```
    - m_pDirSelector
```
PsToolbarItem m_pDirSelector
```
- Class jvx.loader.PsJvzConfig extends PsObject implements Serializable
- Class jvx.loader.PsJvzConfig_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_jvzConfig
```
PsJvzConfig m_jvzConfig
```
      Choice for handling resolution of storing double valued data.
    - m_cResolution
```
java.awt.Choice m_cResolution
```
      Choice for handling resolution of storing double valued data.
    - m_cVertexIndices
```
java.awt.Checkbox m_cVertexIndices
```
      Checkbox to store or not store vertex normals.
    - m_cElementIndices
```
java.awt.Checkbox m_cElementIndices
```
      Checkbox to store or not store element indices.
    - m_bPreview
```
java.awt.Button m_bPreview
```
      Opens a preview display.
    - m_bClose
```
java.awt.Button m_bClose
```
      Closes a preview display.
    - m_display
```
PvDisplay m_display
```
      Preview display.
    - m_frame
```
java.awt.Frame m_frame
```
      Frame of preview display.
Package jvx.number
- Class jvx.number.PuHistogram extends PsObject implements Serializable
  - Serialized Fields
    - m_backgroundColor
```
java.awt.Color m_backgroundColor
```
      Background color of info inspector.
    - m_backgroundColorDef
```
java.awt.Color m_backgroundColorDef
```
      Background color of info inspector.
    - m_enabled
```
boolean m_enabled
```
      Flag determining whether histogram is enabled or disabled. modified using the config panel. If disabled, the histogram can still be modified by calls setSamples(), and the histogram is always updated.
    - m_samples
```
PdVector m_samples
```
    - m_sampleMin
```
double m_sampleMin
```
    - m_sampleMax
```
double m_sampleMax
```
    - m_bUseSampleBnd
```
boolean m_bUseSampleBnd
```
    - m_sampleBnd
```
PdVector m_sampleBnd
```
    - m_countMin
```
double m_countMin
```
    - m_countMax
```
double m_countMax
```
    - m_bUseCountBnd
```
boolean m_bUseCountBnd
```
    - m_countBnd
```
PdVector m_countBnd
```
    - m_numBins
```
PuInteger m_numBins
```
      Determines the number of bins in user-mode.
    - m_binBounds
```
double[] m_binBounds
```
    - m_binCount
```
double[] m_binCount
```
    - m_binCumulative
```
double[] m_binCumulative
```
    - m_bShowBorder
```
boolean m_bShowBorder
```
    - m_bShowCounts
```
boolean m_bShowCounts
```
    - m_bShowZeroCounts
```
boolean m_bShowZeroCounts
```
    - m_bShowAxisLabels
```
boolean m_bShowAxisLabels
```
    - m_bShowAxisTicks
```
boolean m_bShowAxisTicks
```
    - m_bShowTitle
```
boolean m_bShowTitle
```
    - m_title
```
java.lang.String m_title
```
    - m_xLabel
```
java.lang.String m_xLabel
```
    - m_yLabel
```
java.lang.String m_yLabel
```
    - m_classType
```
int m_classType
```
      Determines computation of number of bins.
    - m_countType
```
int m_countType
```
      Determines counting of number of items per bin.
    - m_margins
```
int[] m_margins
```
    - m_fillColor
```
java.awt.Color m_fillColor
```
- Class jvx.number.PuHistogram_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_histogram
```
PuHistogram m_histogram
```
      Parent histogram.
    - m_pHistogram
```
jvx.number.PuHistogram_IP.PuHistogramCanvas m_pHistogram
```
      Canvas showing histogram.
    - m_cClassType
```
java.awt.Choice m_cClassType
```
      Determines mode how bin width is calculated.
    - m_cCountType
```
java.awt.Choice m_cCountType
```
      Determines if relative or absolute numbers are shown for each bin.
    - m_cSampleBnd
```
java.awt.Checkbox m_cSampleBnd
```
      Determines if sample bnds are editable.
    - m_cShowTitle
```
java.awt.Checkbox m_cShowTitle
```
      Determines if title of histogram is shown.
    - m_cShowLabels
```
java.awt.Checkbox m_cShowLabels
```
      Determines if axis labels of histogram is shown.
    - m_cShowTicks
```
java.awt.Checkbox m_cShowTicks
```
      Determines if axis ticks of histogram is shown.
    - m_cShowCounts
```
java.awt.Checkbox m_cShowCounts
```
      Determines if counts are shown on bins.
    - m_pSlider
```
java.awt.Panel m_pSlider
```
      Placeholder for slider inspectors.
    - m_pXMinMax
```
PdVector_IP m_pXMinMax
```
      Panel with text fields of min/max values of samples.
    - m_xMinMax
```
PdVector m_xMinMax
```
      Min/max values of samples.
    - m_pYMinMax
```
PdVector_IP m_pYMinMax
```
      Panel with text fields of min/max values of y range.
    - m_yMinMax
```
PdVector m_yMinMax
```
      Min/max values of y range.
- Class jvx.number.PuHistogram_IP.PuHistogramCanvas extends java.awt.Canvas implements Serializable
  - Serialized Fields
    - PREF_WIDTH
```
int PREF_WIDTH
```
      Preferred width of the canvas.
    - PREF_HEIGHT
```
int PREF_HEIGHT
```
      Preferred height of the canvas.
Package jvx.numeric
- Class jvx.numeric.PnAlignmentEnergy extends PnEnergy implements Serializable
  - Serialized Fields
    - m_Jc
```
PdVector[][] m_Jc
```
      For all triangles store all three rotated edges. This information is used in the energy and gradient evaluation method, and therefore the data structure is allocated once when a new surface is registered.
    - m_rotMat
```
PdMatrix[] m_rotMat
```
      Reflection matrices of boundary curves if constraint are available. If boundary segment is not constraint or no symmetry line then the content of the matrix is undetermined.
    - m_bndCompOfVertex
```
PiVector m_bndCompOfVertex
```
      For each boundary vertex of the surface store the index of the boundary to which is belongs, or -1 if no boundary is available, or -2 for interior vertices.
- Class jvx.numeric.PnAreaEnergy extends PnEnergy implements Serializable
- Class jvx.numeric.PnAreaVolEnergy extends PnDiriEnergy implements Serializable
  - Serialized Fields
    - m_noe
```
int m_noe
```
      Number of elements of current surface.
    - m_origin
```
PdVector m_origin
```
      Internal variable to store the origin of a surface.
    - m_normal
```
PdVector m_normal
```
      Internal variable to store an element normal.
    - m_v
```
PdVector[] m_v
```
      Internal variable to store the three vertices of a triangle.
    - m_meanCurvature
```
PuDouble m_meanCurvature
```
      Mean curvature of resulting surface as used in D_H.
- Class jvx.numeric.PnBandEigenSolver extends PsObject implements Serializable
  - Serialized Fields
    - m_stepsize
```
int m_stepsize
```
      number of eigenparis computed per step (if too high lanczos-vectors will lose orthogonality)
    - m_shift
```
double m_shift
```
      computed band will start at the initial shift
    - m_ascending
```
boolean m_ascending
```
      flag weather eigenvalues greater or smaller than shift are searched
    - m_count
```
int m_count
```
      number of searched eigenvalues
    - m_checkquali
```
boolean m_checkquali
```
      flag whether to check quality of computed eigenvalues/-vectors
- Class jvx.numeric.PnBandEigenSolver_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_solver
```
PnBandEigenSolver m_solver
```
    - m_tShift
```
java.awt.TextField m_tShift
```
    - m_gShift
```
java.awt.CheckboxGroup m_gShift
```
    - m_cAscending
```
java.awt.Checkbox m_cAscending
```
    - m_cDescending
```
java.awt.Checkbox m_cDescending
```
    - m_tNumEV
```
java.awt.TextField m_tNumEV
```
    - m_tStepSize
```
java.awt.TextField m_tStepSize
```
    - m_checkquali
```
java.awt.Checkbox m_checkquali
```
- Class jvx.numeric.PnConfEnergy extends PnEnergy implements Serializable
- Class jvx.numeric.PnConjugateGradient extends java.lang.Object implements Serializable
  - Serialized Fields
    - m_maxIter
```
int m_maxIter
```
      Maximal number of CG-iterations after which minimization terminates with warning. By default the threshold is initialized to 100 iterations.
    - m_iter
```
int m_iter
```
      Number of CG-iterations used in current minimization process.
    - m_size
```
int m_size
```
      Number of free double variables.
    - m_linmin
```
jvx.numeric.PnLinMin_Local m_linmin
```
      Used for line minimizations.
    - m_g
```
PdVector m_g
```
      Used in CG minimization to store bi-orthonomal frame.
    - m_h
```
PdVector m_h
```
      Used in CG minimization to store bi-orthonomal frame.
    - m_xi
```
PdVector m_xi
```
      Stores gradient at current position.
    - m_bStopped
```
boolean m_bStopped
```
      Determines if CG minimization was stopped from outside.
- Class jvx.numeric.PnDiriEnergy extends PnEnergy implements Serializable
- Class jvx.numeric.PnElementRK extends PnGeodesicRK implements Serializable
  - Serialized Fields
    - m_vec
```
PdBaryDir[] m_vec
```
      Intrinsic vector field given at element centers [elementindex].
- Class jvx.numeric.PnEnergy extends PnFunction implements Serializable
  - Serialized Fields
    - m_domain
```
PgElementSet m_domain
```
      Domain of map, or null.
    - m_surface
```
PgElementSet m_surface
```
      Surface or image of map.
    - m_nop
```
int m_nop
```
      Number of vertices in triangulation.
    - m_noiv
```
int m_noiv
```
      Number of free vertices, determines number of free variables = m_noiv*m_dim.
    - m_dim
```
int m_dim
```
      Dimension of vertices in image triangulation.
    - m_stiffMatrix
```
PnStiffMatrix m_stiffMatrix
```
      Stiffness matrix.
    - m_bndList
```
PgBndPolygon[] m_bndList
```
      Array of boundary curves.
    - m_store
```
PdVector m_store
```
      Vector for intermediate storage.
    - m_vertexGrad
```
PdVector m_vertexGrad
```
      Gradient at a single vertex as PdVector instead of double array. This vector is not the gradient of the full coordinate vector. Internal helper variable.
    - m_subConstrain
```
PdMatrix m_subConstrain
```
      Helper matrix to constrain a single vertex.
    - m_constrain
```
PdMatrix m_constrain
```
      Matrix for constraining gradient and hessian.
    - m_bTangential
```
boolean m_bTangential
```
      Restrict gradient to tangential component.
    - m_bNormal
```
boolean m_bNormal
```
      Restrict gradient to normal component.
    - m_index
```
int[] m_index
```
      For each interior vertex this index array stores its position in the global vertex array. Length of array is equal to the number of interior vertices.
    - m_invIndex
```
int[] m_invIndex
```
      For each vertex this index array stores either a -1 which indicates a boundary vertex, or its position in the interior vertex array m_index. Length of array is equal to the number of used vertices of geometry.
    - m_zeroGradient
```
boolean m_zeroGradient
```
      Gradient at bounds is set to zero if this is true.
    - m_bUseConstrainMatrix
```
boolean m_bUseConstrainMatrix
```
      Flag if usage of a constrain matrix for index computation of geometries with Neumann boundary is enabled.
    - m_bFixMarkedVertices
```
boolean m_bFixMarkedVertices
```
      Flag whether marked vertices are fixed during energy minimization. The default behaviour is false.
- Class jvx.numeric.PnEnergyMinimizer extends PsObject implements Serializable
  - Serialized Fields
    - m_domain
```
PgElementSet m_domain
```
      Optional domain surface used for minimizing energies related to maps between surfaces.
    - m_surface
```
PgElementSet m_surface
```
      Surface which will be modified. Target geometry of maps.
    - m_vf
```
PgVectorField m_vf
```
      Vector field for display of gradient and eigenvectors. Field is reset to null whenever the number of vertices changes.
    - m_hessian
```
PdMatrix m_hessian
```
      Hessian matrix.
    - m_bLogEnergy
```
boolean m_bLogEnergy
```
      Flag whether the resulting energy is logged in the JavaView console during a minimization process.
    - m_bReduceRedraw
```
boolean m_bReduceRedraw
```
      Flag whether the info panel and display is updated during a minimization process.
    - m_bUpdateNormals
```
boolean m_bUpdateNormals
```
      Flag whether surface normals are updated after each minimization loop.
    - m_bUpdateDomain
```
boolean m_bUpdateDomain
```
      Flag whether domain is updated after each CG-minization loop. When iteratively computing harmonic maps copy image surface into domain after minimization to update domain metric. Main use is inside Pinkall/Polthier algorithm on computing minimal surfaces by iterating harmonic maps.
    - m_jacobi
```
PnJacobi m_jacobi
```
      Flag whether double or single precision is used in eigenvalue calculations. Single precision runs about two-times faster than double precision. The default behaviour is double precision.
    - m_bFixMarkedVertices
```
boolean m_bFixMarkedVertices
```
      Flag whether marked vertices are fixed during energy minimization. The default behaviour is true.
    - m_coord
```
PdVector m_coord
```
      Coordinate vector.
    - m_cgMethod
```
PnConjugateGradient m_cgMethod
```
      Conjugate Gradient Method.
    - m_energy
```
PnEnergy m_energy
```
      Function computing some energy, its gradient and hessian.
    - m_numLoops
```
int m_numLoops
```
      Number of loops, i.e. number of calls to CG algorithm, used in infoPanel.
    - m_currLoop
```
int m_currLoop
```
      Current loops in CG algorithm, used in infoPanel.
    - m_cgEps
```
double m_cgEps
```
      Accuracy criteria used to terminate CG iterations.
    - m_initialEnergy
```
double m_initialEnergy
```
      Initial energy, used in infoPanel.
    - m_finalEnergy
```
double m_finalEnergy
```
      Energy after minimization, used in infoPanel.
    - m_numIterations
```
int m_numIterations
```
      Number of used iterations in last CG algorithm, used in infoPanel.
    - m_thread
```
java.lang.Thread m_thread
```
      Thread running during minimization.
    - m_eVector
```
PdVector[] m_eVector
```
      Array with eigenvectors.
    - m_eValue
```
PdVector m_eValue
```
      Vector with eigenvalues.
    - m_evSortInd
```
int[] m_evSortInd
```
      Index vector listing eigenvalues by size.
    - m_bHessianIsL2Normalized
```
boolean m_bHessianIsL2Normalized
```
      Flag whether hessian matrix is normalized with inverse of L2 matrix.
    - m_bUseConstrainMatrix
```
boolean m_bUseConstrainMatrix
```
      Flag if usage of a constrain matrix for index computation of geometries with Neumann boundary is enabled.
    - m_step
```
double m_step
```
      Stepsize used in cg iteration.
    - m_bUseSteps
```
boolean m_bUseSteps
```
    - m_bRunning
```
boolean m_bRunning
```
      Flag used to indicate that thread should stop.
    - m_bStopped
```
boolean m_bStopped
```
      Flag determines if a minimization is currently active.
- Class jvx.numeric.PnEnergyMinimizer_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_energyMinimizer
```
PnEnergyMinimizer m_energyMinimizer
```
    - m_energyPanel
```
PsPanel m_energyPanel
```
    - m_spectrumPanel
```
PsPanel m_spectrumPanel
```
    - m_cEnergy
```
java.awt.Choice m_cEnergy
```
    - m_pDiri
```
java.awt.Panel m_pDiri
```
    - m_tNumLoops
```
java.awt.TextField m_tNumLoops
```
    - m_tCurrLoop
```
java.awt.TextField m_tCurrLoop
```
    - m_tCGEps
```
java.awt.TextField m_tCGEps
```
    - m_tInitialEnergy
```
java.awt.TextField m_tInitialEnergy
```
    - m_tFinalEnergy
```
java.awt.TextField m_tFinalEnergy
```
    - m_tGradientLength
```
java.awt.TextField m_tGradientLength
```
    - m_tNumIterations
```
java.awt.TextField m_tNumIterations
```
    - m_cLogEnergy
```
java.awt.Checkbox m_cLogEnergy
```
    - m_cReduceRedraw
```
java.awt.Checkbox m_cReduceRedraw
```
    - m_cShowGrad
```
java.awt.Checkbox m_cShowGrad
```
    - m_cTangential
```
java.awt.Checkbox m_cTangential
```
    - m_cNormal
```
java.awt.Checkbox m_cNormal
```
    - m_cUpdateNormals
```
java.awt.Checkbox m_cUpdateNormals
```
    - m_cUpdateDomain
```
java.awt.Checkbox m_cUpdateDomain
```
    - m_gHessian
```
java.awt.CheckboxGroup m_gHessian
```
    - m_cHessian
```
java.awt.Checkbox m_cHessian
```
    - m_cIndex
```
java.awt.Checkbox m_cIndex
```
    - m_gBoundary
```
java.awt.CheckboxGroup m_gBoundary
```
    - m_cFixedBnd
```
java.awt.Checkbox m_cFixedBnd
```
    - m_cNeumannBnd
```
java.awt.Checkbox m_cNeumannBnd
```
    - m_cFixMarked
```
java.awt.Checkbox m_cFixMarked
```
    - m_cSolver
```
java.awt.Choice m_cSolver
```
    - m_pSolverIP
```
java.awt.Panel m_pSolverIP
```
    - m_cShowEV
```
java.awt.Choice m_cShowEV
```
    - m_cPrint
```
java.awt.Choice m_cPrint
```
    - m_printChoice
```
java.lang.String[] m_printChoice
```
    - m_bStep
```
java.awt.Button m_bStep
```
      Step in direction of negative gradient.
    - m_bMinimize
```
java.awt.Button m_bMinimize
```
      Start/Stop Dirichlet Minimization.
    - m_minimizeColor
```
java.awt.Color m_minimizeColor
```
      Save background color of button m_bMinimize as long as minimization is running.
    - m_bSuspend
```
java.awt.Button m_bSuspend
```
      Suspend/Resume Dirichlet Minimization.
    - m_pSlider
```
PsPanel m_pSlider
```
      Panel for sliders and buttons of energy.
    - m_tabPanel
```
PsTabPanel m_tabPanel
```
      tabbed panel for submenus
    - m_numInst
```
int m_numInst
```
      Eigenvalue printing routine of PnEnergyMinimizer.
    - b
```
BusyBox b
```
    - m_printType
```
int m_printType
```
    - m_showType
```
int m_showType
```
- Class jvx.numeric.PnFunction extends PsObject implements Serializable
  - Serialized Fields
    - m_bEvaluable
```
boolean m_bEvaluable
```
- Class jvx.numeric.PnGaussEnergy extends PnEnergy implements Serializable
  - Serialized Fields
    - m_noe
```
int m_noe
```
      Number of elements of current surface.
    - m_v
```
PdVector[] m_v
```
      Internal variable to store the three vertices of a triangle.
    - m_cVec
```
PdVector[] m_cVec
```
      Internal variable to store the three edges of a triangle.
    - m_cLen
```
PdVector m_cLen
```
      Internal variable to store the three edge length.
    - m_cSin
```
PdVector m_cSin
```
      Internal variable to store the three sin(angle) values.
    - m_JcVec
```
PdVector[] m_JcVec
```
      Internal variable to store the three J*edges of a triangle.
    - m_grad
```
PdVector m_grad
```
      Internal variable to store the grad of a vertex.
    - m_gauss
```
PdVector m_gauss
```
      Internal variable to store the Gauss curvature at each vertex.
    - m_geomClone
```
PgElementSet m_geomClone
```
      Internal variable to store the Gauss curvature at each vertex.
- Class jvx.numeric.PnGeodesicRK extends PsObject implements Serializable
  - Serialized Fields
    - m_geom
```
PgElementSet m_geom
```
      Discrete surface. On that surface integration is done.
    - m_bFirstOrder
```
boolean m_bFirstOrder
```
      If m_bFirstOrder == true then a first order (i.e. euler) method is used.
    - m_bGeometryChanged
```
boolean m_bGeometryChanged
```
      Used internally for jvx.geom.PwBary-methods.
    - m_geod
```
PgPolygonOnElementSet m_geod
```
      The last RK-step.
    - m_pos
```
PdBary m_pos
```
      From this position the next RK-step is computed.
    - m_elem
```
int m_elem
```
      From this element the next RK-step is computed.
    - m_outpoly
```
PgPolygonOnElementSet m_outpoly
```
      Contains the polygon of the whole RK integration.
    - m_dir
```
PdBaryDir m_dir
```
      Direction of RK-step.
    - m_h
```
double m_h
```
      Stepsize.
    - m_lastLength
```
double m_lastLength
```
      Euclidean length of the last rk-step.
    - m_bInvert
```
boolean m_bInvert
```
      Determines if negative direction if vector field is used.
    - m_exp
```
PnStraightestGeodesic m_exp
```
      Exponential map on m_geom
    - k_i
```
PdBaryDir k_i
```
      Local variable computeDirection.
    - inner
```
PdBary inner
```
      Local variable position.
    - transformedDir
```
PdBaryDir transformedDir
```
      Local variable computeDirection.
    - value
```
PdBaryDir value
```
      Local variable computeDirection.
- Class jvx.numeric.PnHodgeU extends PnDiriEnergy implements Serializable
  - Serialized Fields
    - m_vf
```
PgVectorField m_vf
```
    - m_gradFi
```
PdVector[][] m_gradFi
```
    - m_bndInd
```
PiVector m_bndInd
```
    - m_areas
```
PdVector m_areas
```
      Areas of elements in domain. Computed in method computeGradients.
- Class jvx.numeric.PnHodgeW extends PnDiriEnergy implements Serializable
  - Serialized Fields
    - m_vf
```
PgVectorField m_vf
```
    - m_JgradFi
```
PdVector[][] m_JgradFi
```
    - m_bndInd
```
PiVector m_bndInd
```
    - m_areas
```
PdVector m_areas
```
      Areas of elements in domain. Computed in method computeJGradients.
- Class jvx.numeric.PnJacobi extends PsObject implements Serializable
  - Serialized Fields
    - m_bDoublePrecision
```
boolean m_bDoublePrecision
```
      Parameter for interface to remember weather computations are done in double or single precision
- Class jvx.numeric.PnJacobi_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_jacobi
```
PnJacobi m_jacobi
```
    - m_cDoublePrecision
```
java.awt.Checkbox m_cDoublePrecision
```
- Class jvx.numeric.PnLevelSet extends PnFunction implements Serializable
  - Serialized Fields
    - m_dim
```
int m_dim
```
- Class jvx.numeric.PnMassMatrix extends PnStiffMatrix implements Serializable
  - Serialized Fields
    - m_bLumped
```
boolean m_bLumped
```
    - m_geom
```
PgElementSet m_geom
```
    - m_solver
```
PnBiconjugateGradient m_solver
```
      Object is used to compute the inverse mass matrix.
    - m_store
```
PdVector[] m_store
```
- Class jvx.numeric.PnOde extends PsObject implements Serializable
  - Serialized Fields
    - m_order
```
int m_order
```
    - m_x0
```
double m_x0
```
    - m_y0
```
double[] m_y0
```
    - m_stepSize
```
double m_stepSize
```
    - m_length
```
double m_length
```
- Class jvx.numeric.PnOdeExpr extends PnOde implements Serializable
  - Serialized Fields
    - m_expr
```
Expr m_expr
```
    - m_equation
```
java.lang.String m_equation
```
    - m_parm
```
Variable[] m_parm
```
    - m_var
```
Variable[] m_var
```
- Class jvx.numeric.PnSparseMatrix extends PsObject implements Serializable
  - Serialized Fields
    - m_iSize
```
int m_iSize
```
      Number of rows of the full matrix. If m_jSize == -1, this value also specifies the number of columns.
    - m_jSize
```
int m_jSize
```
      Number of columns of the full matrix or -1 for square matrices.
    - m_snoe
```
PiVector m_snoe
```
      Count number of entries in each line of the sparse matrix, i.e. count number of connected edges and add 1 for itself (the diagonal entry).
    - m_sindx
```
PiVector[] m_sindx
```
      For each row of the full matrix exists an array listing the column position of each non-zero entry.
      
      See Also:
      PnSparseMatrix.m_stiff
    - m_stiff
```
PdVector[] m_stiff
```
      For each row of the full matrix exists an array listing the non-zero values. The instance variable m_sindx has stored the column index. Therefore, the double component s[i][j] of the full matrix is stored in m_stiff[i][_j] if m_sindx[i][_j] == j.
      
      See Also:
      PnSparseMatrix.m_sindx
- Class jvx.numeric.PnSpringEnergy extends PnEnergy implements Serializable
- Class jvx.numeric.PnStiffAniso extends PnStiffMatrix implements Serializable
  - Serialized Fields
    - m_featureDetect
```
double m_featureDetect
```
    - m_bUseStepFunc
```
boolean m_bUseStepFunc
```
- Class jvx.numeric.PnStiffConformal extends PnStiffMatrix implements Serializable
- Class jvx.numeric.PnStiffDiriConforming extends PnStiffMatrix implements Serializable
- Class jvx.numeric.PnStiffDiriNonConforming extends PnStiffMatrix implements Serializable
- Class jvx.numeric.PnStiffMatrix extends PnSparseMatrix implements Serializable
  - Serialized Fields
    - m_noe
```
int m_noe
```
      Number of elements in surface.
- Class jvx.numeric.PnStiffSpring extends PnStiffMatrix implements Serializable
- Class jvx.numeric.PnTranslationRK extends PnGeodesicRK implements Serializable
  - Serialized Fields
    - m_ABT
```
double[][][] m_ABT
```
      Vector representation data [element][locvertex][3](beta,theta,length).
      
      See Also:
      PwBary.getTransRepresentationValues(jv.geom.PgElementSet, int, jv.vecmath.PdBaryDir, int, jv.vecmath.PiVector, jv.vecmath.PiVector, jv.vecmath.PdVector)
    - m_base
```
PdBaryDir[][] m_base
```
      [element][locvertex] Vector that is rotated to get representation at this vertex.
- Class jvx.numeric.PnVertexRK extends PnGeodesicRK implements Serializable
  - Serialized Fields
    - m_vec
```
PdBaryDir[][] m_vec
```
      Intrinsic vector field given at vertices [elementindex][localvertexindex].
- Class jvx.numeric.PnVertexRKIgnoreDirection extends PnGeodesicRK implements Serializable
  - Serialized Fields
    - m_vec
```
PdBaryDir[][] m_vec
```
      Intrinsic vector field given at vertices [elementindex][localvertexindex].
- Class jvx.numeric.PnVolumeEnergy extends PnEnergy implements Serializable
  - Serialized Fields
    - m_noe
```
int m_noe
```
      Number of elements of current surface.
    - m_origin
```
PdVector m_origin
```
      Internal variable to store the origin of a surface.
    - m_normal
```
PdVector m_normal
```
      Internal variable to store an element normal.
    - m_v
```
PdVector[] m_v
```
      Internal variable to store the three vertices of a triangle.
Package jvx.project
- Class jvx.project.PjWorkshop extends PsObject implements Serializable
  - Serialized Fields
    - m_mode
```
int m_mode
```
      Sets the mode in which this workshop runs. Allows to select a debugging type mode. Either MODE_STANDARD for standard mode, or MODE_BUG for debugging operations.
    - m_bModal
```
boolean m_bModal
```
      Flag is workshop is modal such that it does not listen to changes of the registered geometries or displays. By default a workshop runs modal.
    - m_bUpdateSender
```
boolean m_bUpdateSender
```
      Flag determines if current update sequence has been issued within this workshop.
    - m_bStandalone
```
boolean m_bStandalone
```
      Flag determines if workshop runs standalone (default) or embedded inside another parent workshop.
    - m_geom
```
PgGeometry m_geom
```
      Current geometry to be modified.
    - m_geomSave
```
PgGeometry m_geomSave
```
      Duplicate of the geometry to allow restoration of the original shape.
    - m_display
```
PvDisplayIf m_display
```
      The currently active display when this workshop was launched.
    - m_displayList
```
java.util.Vector<E> m_displayList
```
      List of registered displays of project. Project must add and remove geometries from these displays itself.
    - m_viewer
```
PvViewerIf m_viewer
```
      Current viewer manager.
- Class jvx.project.PjWorkshop_Dialog extends PsDialog implements Serializable
  - Serialized Fields
    - m_workshop
```
PjWorkshop m_workshop
```
      Reference to parent workshop whose info panel is shown in this dialog.
    - m_infoPanel
```
PjWorkshop_IP m_infoPanel
```
      Reference to info panel of parent workshop which is created locally here.
- Class jvx.project.PjWorkshop_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_workshop
```
PjWorkshop m_workshop
```
      Parent workshop of this inspector.

Package jvx.rsrc

Class jvx.rsrc.PsModelInfo extends PjWorkshop implements Serializable

Serialized Fields

m_iDialog
```
int m_iDialog
```
Flag to check íf dialog has been opened and then closed. Flag is used in applications to indicate when application should be existed.
m_rsrcFile
```
java.lang.String m_rsrcFile
```
Name of resource file, if resource has been parsed from file.
m_egId
```
java.lang.String m_egId
```
m_title
```
java.lang.String m_title
```
m_modelName
```
java.lang.String m_modelName
```
m_authorInfo
```
PsAuthorInfo m_authorInfo
```
m_geometryInfo
```
PsGeometryInfo m_geometryInfo
```
m_numRefs
```
int m_numRefs
```
m_refType
```
java.lang.String[] m_refType
```
m_refAuthor
```
java.lang.String[] m_refAuthor
```
m_refTitle
```
java.lang.String[] m_refTitle
```
m_refBooktitle
```
java.lang.String[] m_refBooktitle
```
m_refEditor
```
java.lang.String[] m_refEditor
```
m_refJournal
```
java.lang.String[] m_refJournal
```
m_refPages
```
java.lang.String[] m_refPages
```
m_refLink
```
java.lang.String[] m_refLink
```
m_refVolume
```
java.lang.String[] m_refVolume
```
m_refNumber
```
java.lang.String[] m_refNumber
```
m_refPublisher
```
java.lang.String[] m_refPublisher
```
m_refYear
```
java.lang.String[] m_refYear
```
m_refNote
```
java.lang.String[] m_refNote
```
m_numFiles
```
int m_numFiles
```
m_autoGen
```
boolean[] m_autoGen
```
m_usage
```
java.lang.String[] m_usage
```
m_fileName
```
java.lang.String[] m_fileName
```
m_fileFormat
```
java.lang.String[] m_fileFormat
```
m_fileSize
```
java.lang.String[] m_fileSize
```
m_imageWidth
```
java.lang.String[] m_imageWidth
```
m_imageHeight
```
java.lang.String[] m_imageHeight
```
m_fileComment
```
java.lang.String m_fileComment
```

Class jvx.rsrc.PsModelInfo_IP extends PjWorkshop_IP implements Serializable

Serialized Fields

m_modelInfo
```
PsModelInfo m_modelInfo
```
m_pane
```
java.awt.ScrollPane m_pane
```
p
```
PsPanel p
```
m_pTitle
```
java.awt.Panel m_pTitle
```
m_pAuthor
```
java.awt.Panel m_pAuthor
```
m_pDescription
```
java.awt.Panel m_pDescription
```
m_lTitle
```
java.awt.Label m_lTitle
```
m_tTitle
```
java.awt.TextField m_tTitle
```
m_lLiterature
```
java.awt.Label m_lLiterature
```
m_lReferenceType
```
java.awt.Label m_lReferenceType
```
m_cReferenceType
```
java.awt.Choice[] m_cReferenceType
```
m_lReference
```
java.awt.Label m_lReference
```
m_tReference
```
java.awt.TextArea[] m_tReference
```
m_lFiles
```
java.awt.Label m_lFiles
```
m_lModelName
```
java.awt.Label m_lModelName
```
m_tModelName
```
java.awt.TextField m_tModelName
```
m_lAutoGen
```
java.awt.Label m_lAutoGen
```
m_cAutoGen
```
java.awt.Checkbox[] m_cAutoGen
```
m_lUsage
```
java.awt.Label m_lUsage
```
m_cUsage
```
java.awt.Choice[] m_cUsage
```
m_lFileName
```
java.awt.Label m_lFileName
```
m_tFileName
```
java.awt.TextField[] m_tFileName
```
m_lFileFormat
```
java.awt.Label m_lFileFormat
```
m_cFileFormat
```
java.awt.Choice[] m_cFileFormat
```
m_lFileSize
```
java.awt.Label m_lFileSize
```
m_tFileSize
```
java.awt.TextField[] m_tFileSize
```
m_lFileComment
```
java.awt.Label m_lFileComment
```
m_tFileComment
```
java.awt.TextArea m_tFileComment
```
m_lAdvice
```
java.awt.Label m_lAdvice
```
m_lTemplate
```
java.awt.Label m_lTemplate
```
m_tTemplate
```
java.awt.TextField m_tTemplate
```
m_bBrowse
```
java.awt.Button m_bBrowse
```
Browse for template file.

Package jvx.surface
- Class jvx.surface.PgDomain extends PgElementSet implements Serializable
  - Serialized Fields
    - m_descr
```
PgDomainDescr m_descr
```
      Descriptor of domain with size and discretization information.
    - m_type
```
int m_type
```
      Type of domain, rectangular or polar.
- Class jvx.surface.PgDomain_CP extends PsPanel implements Serializable
  - Serialized Fields
    - m_domain
```
PgDomain m_domain
```
    - m_pDomainType
```
PsPanel m_pDomainType
```
    - m_cRect
```
java.awt.Checkbox m_cRect
```
    - m_cPolar
```
java.awt.Checkbox m_cPolar
```
- Class jvx.surface.PgDomainDescr extends PsObject implements Serializable
  - Serialized Fields
    - m_uMin
```
PuDouble m_uMin
```
      Minimum of u-interval. Info panel is inserted in info panel of domain.
    - m_vMin
```
PuDouble m_vMin
```
      Minimum of v-interval. Info panel is inserted in info panel of domain.
    - m_uMax
```
PuDouble m_uMax
```
      Maximum of u-interval. Info panel is inserted in info panel of domain.
    - m_vMax
```
PuDouble m_vMax
```
      Maximum of v-interval. Info panel is inserted in info panel of domain.
    - m_defUMin
```
double m_defUMin
```
      Default value of uMin, used when resetting the domain.
    - m_defVMin
```
double m_defVMin
```
      Default value of vMin, used when resetting the domain.
    - m_defUMax
```
double m_defUMax
```
      Default value of uMax, used when resetting the domain.
    - m_defVMax
```
double m_defVMax
```
      Default value of vMax, used when resetting the domain.
    - m_savedSize
```
double[] m_savedSize
```
      Saved value of uMax, used for restore when showing parameter lines.
    - m_maxSize
```
double[] m_maxSize
```
      Maximal size of domain. If defined, its values define range for all min/max values.
    - m_savedColor
```
java.awt.Color m_savedColor
```
      Saved background color of slider, used for restore when showing parameter lines.
    - m_numULines
```
PuInteger m_numULines
```
      Number of grid lines in u-interval. Info panel is inserted in info panel of domain.
    - m_numVLines
```
PuInteger m_numVLines
```
      Number of grid lines in v-interval. Info panel is inserted in info panel of domain.
    - m_defNumULines
```
int m_defNumULines
```
      Default value of numULines, used when resetting the domain.
    - m_defNumVLines
```
int m_defNumVLines
```
      Default value of numVLines, used when resetting the domain.
    - m_savedNumULines
```
int m_savedNumULines
```
      Saved value of numULines, used for restore when showing parameter lines.
    - m_savedNumVLines
```
int m_savedNumVLines
```
      Saved value of numVLines, used for restore when showing parameter lines.
    - m_bShowULine
```
boolean m_bShowULine
```
      Flag whether a single u parameter line is showing instead of the whole surface.
    - m_bShowVLine
```
boolean m_bShowVLine
```
      Flag whether a single v parameter line is showing instead of the whole surface.
    - m_stripSize
```
double m_stripSize
```
      Size of strip when showing a single parameter line. Currently fixed.
    - m_dimOfVertices
```
int m_dimOfVertices
```
      Dimension of vertices in domain.
    - m_nameLine
```
java.lang.String[] m_nameLine
```
      Name of parameter lines, default is (u,v).
- Class jvx.surface.PgDomainDescr_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_descr
```
PgDomainDescr m_descr
```
    - m_cULink
```
java.awt.Checkbox m_cULink
```
    - m_cVLink
```
java.awt.Checkbox m_cVLink
```
    - m_pBounds
```
java.awt.Panel m_pBounds
```
    - m_lULines
```
java.awt.Label m_lULines
```
    - m_tULines
```
java.awt.TextField m_tULines
```
    - m_lVLines
```
java.awt.Label m_lVLines
```
    - m_tVLines
```
java.awt.TextField m_tVLines
```
    - m_bReset
```
java.awt.Button m_bReset
```
- Class jvx.surface.PgGenusSurface extends PgElementSet implements Serializable
  - Serialized Fields
    - m_genus
```
PuInteger m_genus
```
    - m_xSize
```
PuDouble m_xSize
```
    - m_ySize
```
PuDouble m_ySize
```
    - m_zSize
```
PuDouble m_zSize
```
    - m_holeBySize
```
PuDouble m_holeBySize
```
    - m_ySizeOfHole
```
PuDouble m_ySizeOfHole
```
    - m_radius
```
PuDouble m_radius
```
    - m_radius1
```
PuDouble m_radius1
```
    - m_radius2
```
PuDouble m_radius2
```
    - m_defGenus
```
int m_defGenus
```
    - m_defxSize
```
double m_defxSize
```
    - m_defHoleBySize
```
double m_defHoleBySize
```
    - m_defYSizeOfHole
```
double m_defYSizeOfHole
```
    - m_type
```
int m_type
```
    - m_oldQuot
```
double m_oldQuot
```
    - m_bfitSurface
```
boolean m_bfitSurface
```
- Class jvx.surface.PgGenusSurface_CP extends PsPanel implements Serializable
  - Serialized Fields
    - m_geom
```
PgGenusSurface m_geom
```
    - m_pSlider
```
PsPanel m_pSlider
```
    - m_cRow
```
java.awt.Checkbox m_cRow
```
    - m_cCircle
```
java.awt.Checkbox m_cCircle
```
    - m_cFitSurface
```
java.awt.Checkbox m_cFitSurface
```
- Class jvx.surface.PgGraph extends PgElementSet implements Serializable
  - Serialized Fields
    - m_dimOfDomain
```
int m_dimOfDomain
```
      Dimension of domain.
    - m_dimOfSurface
```
int m_dimOfSurface
```
      Dimension of surface in image space.
    - m_domain
```
PgDomain m_domain
```
      Domain surface of graph.
    - m_walls
```
PgElementSet m_walls
```
      Walls around graph.
    - m_surface
```
PgElementSet m_surface
```
      Image surface, dimension of vertices is equal to m_dimOfSurface.
    - m_function
```
PuFunction m_function
```
      Function object consisting of function expressions as strings.
    - m_bShowDomain
```
boolean m_bShowDomain
```
      Show domain as shadow below the graph.
    - m_bShowWalls
```
boolean m_bShowWalls
```
      Show bounding wall of the graph.
    - m_bSynchronize
```
boolean m_bSynchronize
```
      Synchronize material properties of graph with domain.
    - m_scalingFactor
```
PuDouble m_scalingFactor
```
      Scaling factor for graph (in every component of target space and in direction of domain vertex normals if m_bShowAsNormalVariation) - only the visualization is scaled.
    - m_offset
```
PuDouble m_offset
```
      Offset for graph (in every component of target space and in direction of domain vertex normals if m_bShowAsNormalVariation) - only the visualization has offset.
    - m_bIsUpdateSender
```
boolean m_bIsUpdateSender
```
- Class jvx.surface.PgGraph_CP extends PsPanel implements Serializable
  - Serialized Fields
    - m_graph
```
PgGraph m_graph
```
    - m_pFunction
```
PsPanel m_pFunction
```
    - m_pConfig
```
PsPanel m_pConfig
```
    - m_pCb
```
PsPanel m_pCb
```
    - m_tabPanel
```
PsTabPanel m_tabPanel
```
    - m_cShowDomain
```
java.awt.Checkbox m_cShowDomain
```
    - m_cShowWalls
```
java.awt.Checkbox m_cShowWalls
```
    - m_cSynchonize
```
java.awt.Checkbox m_cSynchonize
```
    - m_bReset
```
java.awt.Button m_bReset
```
    - m_pBottomButtons
```
java.awt.Panel m_pBottomButtons
```
- Class jvx.surface.PgParmSurface extends PgElementSet implements Serializable
  - Serialized Fields
    - m_domainDescr
```
PgDomainDescr m_domainDescr
```
      Domain descriptor of this parametrized surface.
    - m_function
```
PuFunction m_function
```
      Coordinate functions of this surface given as editable strings.
    - m_surface
```
PgElementSet m_surface
```
      Deprecated. obsolete since change to super class, kept for compatibility.
      
      Geometry of surface, dimension of vertices is equal to numFunctions.
    - m_bIsUpdateSender
```
boolean m_bIsUpdateSender
```
- Class jvx.surface.PgParmSurface_CP extends PsPanel implements Serializable
  - Serialized Fields
    - m_parmSurface
```
PgParmSurface m_parmSurface
```
    - m_tabPanel
```
PsTabPanel m_tabPanel
```
    - m_bReset
```
java.awt.Button m_bReset
```
    - m_pBottomButtons
```
java.awt.Panel m_pBottomButtons
```
- Class jvx.surface.PgSurfaceGraph extends PgElementSet implements Serializable
  - Serialized Fields
    - m_dimOfDomain
```
int m_dimOfDomain
```
      Dimension of domain.
    - m_dimOfSurface
```
int m_dimOfSurface
```
      Dimension of surface in image space.
    - m_domain
```
PgElementSet m_domain
```
      Domain surface of graph.
    - m_surface
```
PgElementSet m_surface
```
      Image surface, dimension of vertices is equal to m_dimOfSurface.
    - m_bSynchronize
```
boolean m_bSynchronize
```
      Synchronize material properties of graph with domain.
    - m_bShowAsNormalVariation
```
boolean m_bShowAsNormalVariation
```
      Flag if graph surfaceIn3D->1D is shown as domain evoluted along vertex normal.
    - m_scalingFactor
```
PuDouble m_scalingFactor
```
      Scaling factor for graph (in every component of target space and in direction of domain vertex normals if m_bShowAsNormalVariation) - only the visualization is scaled.
    - m_offset
```
PuDouble m_offset
```
      Offset for graph (in every component of target space and in direction of domain vertex normals if m_bShowAsNormalVariation) - only the visualization has offset.
    - m_bIsUpdateSender
```
boolean m_bIsUpdateSender
```
- Class jvx.surface.PgSurfaceOfRotation extends PgElementSet implements Serializable
  - Serialized Fields
    - m_meridian
```
PgPolygon m_meridian
```
      Generating curve of the surface of rotation.
    - m_base
```
PdVector m_base
```
      Base point of rotation axis, by default the origin.
    - m_axis
```
PdVector m_axis
```
      Direction of rotation axis, by default the z-axis.
    - m_angle
```
PuDouble m_angle
```
      Angle in [0, 2Pi] determines how much the meridian is rotated, by default 2Pi.
    - m_angleOffset
```
PuDouble m_angleOffset
```
      Offset angle determines how much the surface is rotated against the meridian.
    - m_bShowMeridian
```
boolean m_bShowMeridian
```
      Show meridian as polygon.
    - m_bConstrainMeridianXZ
```
boolean m_bConstrainMeridianXZ
```
      Flag if meridian is constrained to XZ plane.
    - m_bCloseTop
```
boolean m_bCloseTop
```
      Flag if top of surface is closed with a disk.
    - m_bCloseBottom
```
boolean m_bCloseBottom
```
      Flag if bottom of surface is closed with a disk.
    - m_discr
```
PuInteger m_discr
```
      Number of vertices in angular direction.
- Class jvx.surface.PgSurfaceOfRotation_CP extends PsPanel implements Serializable
  - Serialized Fields
    - m_surface
```
PgSurfaceOfRotation m_surface
```
    - m_cShowMeridian
```
java.awt.Checkbox m_cShowMeridian
```
    - m_cConstrainXZ
```
java.awt.Checkbox m_cConstrainXZ
```
    - m_cCloseTop
```
java.awt.Checkbox m_cCloseTop
```
    - m_cCloseBottom
```
java.awt.Checkbox m_cCloseBottom
```
    - m_pSlider
```
PsPanel m_pSlider
```
Package jvx.thirdParty.acmeGui
- Class jvx.thirdParty.acmeGui.BusyBox extends java.awt.Dialog implements Serializable
  - Serialized Fields
    - m_numInst
```
int m_numInst
```
      Count number of instances to distinguish threads.
    - m_actionSupport
```
PsActionSupport m_actionSupport
```
      Handles ActionListeners. ActionEvents are fired every time the user either clicks on Ok or Cancel or doubleclicks on a geometry.
    - m_label
```
java.awt.Label m_label
```
      Label displayed in the message box.
    - isDone
```
boolean isDone
```
      Flag determines if busy box is currently a running process.
- Class jvx.thirdParty.acmeGui.ButtonDialog extends java.awt.Dialog implements Serializable
  - Serialized Fields
    - buttons
```
java.lang.String[] buttons
```
    - answers
```
int[] answers
```
    - clicked
```
boolean clicked
```
    - answer
```
int answer
```
- Class jvx.thirdParty.acmeGui.ErrorBox extends OkDialog implements Serializable
- Class jvx.thirdParty.acmeGui.ImageLabel extends java.awt.Canvas implements Serializable
  - Serialized Fields
    - m_image
```
java.awt.Image m_image
```
    - m_width
```
int m_width
```
    - m_height
```
int m_height
```
- Class jvx.thirdParty.acmeGui.NoticeBox extends OkDialog implements Serializable
- Class jvx.thirdParty.acmeGui.OkCancelBox extends ButtonDialog implements Serializable
- Class jvx.thirdParty.acmeGui.OkDialog extends java.awt.Dialog implements Serializable
- Class jvx.thirdParty.acmeGui.WarningBox extends OkDialog implements Serializable
- Class jvx.thirdParty.acmeGui.YesNoBox extends ButtonDialog implements Serializable
- Class jvx.thirdParty.acmeGui.YesNoCancelBox extends ButtonDialog implements Serializable
Package jvx.thirdParty.fonts
- Class jvx.thirdParty.fonts.FontsCanvas extends java.awt.Canvas implements Serializable
  - Serialized Fields
    - m_size
```
int m_size
```
    - styles
```
int[] styles
```
    - styleNames
```
java.lang.String[] styleNames
```
- Class jvx.thirdParty.fonts.SystemFonts extends java.applet.Applet implements Serializable
  - Serialized Fields
    - m_frame
```
java.awt.Frame m_frame
```
      Enclosing frame. Not available when run as applet.
    - m_bQuit
```
java.awt.Button m_bQuit
```
      Close application. Not available when run as applet.
    - m_canvas
```
FontsCanvas m_canvas
```
    - m_tSize
```
java.awt.TextField m_tSize
```
    - m_size
```
int m_size
```
Package jvx.util
- Class jvx.util.PuPriorityQueue extends PsObject implements Serializable
  - Serialized Fields
    - m_elements
```
int[] m_elements
```
      Array contain the elements in the heap.
    - m_positions
```
int[] m_positions
```
      Array contains the position where the element can be found the elements array, i.e. m_elements[m_positions[i]] = i and m_positions[m_elements[i]] = i.
    - m_keys
```
double[] m_keys
```
      m_keys (resp. weights) of each element are stored. The key of element i can be found at m_keys[i], this means m_positions of the m_keys do not change when m_positions of the corresponding elements change.
    - m_capacity
```
int m_capacity
```
      Maximum number of elements in the queue.
    - m_heapSize
```
int m_heapSize
```
      Number of elements currently in the heap.
Package jvx.vector
- Class jvx.vector.PwHodge extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_dimOfDomain
```
int m_dimOfDomain
```
      Dimension of domain and vector fields.
    - m_domain
```
PgElementSet m_domain
```
      Base geometry is a triangle mesh which carries the vector field.
    - m_decDomain
```
PgElementSet[] m_decDomain
```
      Base geometries for each decomposed vector field including its texture.
    - m_vf
```
PgVectorField m_vf
```
      Vector field, associated with base geometry.
    - m_diriU
```
PnEnergyMinimizer m_diriU
```
      Class for minimizing a u-energy functional on surfaces.
    - m_u
```
PgElementSet m_u
```
      Principal function of rotation free part of vector field.
    - m_uGraph
```
PgSurfaceGraph m_uGraph
```
      Surface pair of domain and u.
    - m_gradU
```
PgVectorField m_gradU
```
      Gradient of principal function of rotation free part of vector field.
    - m_diriV
```
PnEnergyMinimizer m_diriV
```
      Class for minimizing a w-energy functional on surfaces.
    - m_v
```
PgElementSet m_v
```
      Principal function of divergence free part of vector field.
    - m_vGraph
```
PgSurfaceGraph m_vGraph
```
      Surface pair of domain and w.
    - m_coGradV
```
PgVectorField m_coGradV
```
      Co-gradient of principal function of divergence free part of vector field.
    - m_harmW
```
PgVectorField m_harmW
```
      Harmonic remainder of vector field.
    - m_selectedVF
```
PuInteger m_selectedVF
```
      Scrollbar for vector field selection in case of multiple vector fields.
    - m_numVF
```
int m_numVF
```
    - m_bZeroBoundsU
```
boolean m_bZeroBoundsU
```
      Boundary condition 'zero gradients' on/off.
    - m_bZeroBoundsV
```
boolean m_bZeroBoundsV
```
    - m_hodgeUEnergy
```
PnHodgeU m_hodgeUEnergy
```
    - m_hodgeVEnergy
```
PnHodgeW m_hodgeVEnergy
```
    - m_bAutoDecompose
```
boolean m_bAutoDecompose
```
      Minimize at change of surface on/off.
    - m_bAutoFit
```
boolean m_bAutoFit
```
      Autofitting of displays after update of geometries and decomposition.
    - m_bUComputed
```
boolean m_bUComputed
```
      for verification if minimization is complete.
    - m_bVComputed
```
boolean m_bVComputed
```
    - m_bLock
```
boolean m_bLock
```
      True if call of minimize() is forbidden at the moment.
    - m_bMinimizing
```
boolean m_bMinimizing
```
      True if minimization is running. In this case a call of minimize impels minimization method to stop first.
    - m_bFirstTime
```
boolean m_bFirstTime
```
      Tells if minimizing method has been called yet, if m_firstTime == true components do not exist yet.
    - m_display
```
PvDisplayIf[] m_display
```
    - m_frames
```
java.awt.Frame[] m_frames
```
    - m_rotSing
```
PgPolygonSet m_rotSing
```
      Singularities of divergence free (i.e. rotational) part.
    - m_divSing
```
PgPolygonSet m_divSing
```
      Singularities of rotation free (i.e. compressible or sinks and sources) part.
    - m_rotIcon
```
PgPolygonSet m_rotIcon
```
    - m_divIcon
```
PgPolygonSet m_divIcon
```
    - m_rotDir1
```
PgVectorField m_rotDir1
```
    - m_divDir1
```
PgVectorField m_divDir1
```
    - m_rotDir2
```
PgVectorField m_rotDir2
```
    - m_divDir2
```
PgVectorField m_divDir2
```
    - m_offset
```
PuDouble m_offset
```
    - m_scale
```
PuDouble m_scale
```
    - m_scaleEmblem
```
PuDouble m_scaleEmblem
```
    - m_detectionFlag
```
int m_detectionFlag
```
- Class jvx.vector.PwHodge_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_pwHodge
```
PwHodge m_pwHodge
```
    - m_pDecomp
```
PsPanel m_pDecomp
```
    - m_pAllDecomp
```
PsPanel m_pAllDecomp
```
    - m_pGraphControl
```
PsPanel m_pGraphControl
```
    - m_pIconControl
```
PsPanel m_pIconControl
```
    - m_cRotFree
```
java.awt.Checkbox m_cRotFree
```
    - m_cDivFree
```
java.awt.Checkbox m_cDivFree
```
    - m_cHarmonic
```
java.awt.Checkbox m_cHarmonic
```
    - m_cUGraph
```
java.awt.Checkbox m_cUGraph
```
    - m_cVGraph
```
java.awt.Checkbox m_cVGraph
```
    - m_cDecompose
```
java.awt.Button m_cDecompose
```
    - m_cBoundsU
```
java.awt.Checkbox m_cBoundsU
```
    - m_cBoundsV
```
java.awt.Checkbox m_cBoundsV
```
    - m_cAutoDecompose
```
java.awt.Checkbox m_cAutoDecompose
```
    - m_cRotFeat
```
java.awt.Checkbox m_cRotFeat
```
    - m_cDivFeat
```
java.awt.Checkbox m_cDivFeat
```
    - m_cSadFeat
```
java.awt.Checkbox m_cSadFeat
```
    - m_bMinimizing
```
boolean m_bMinimizing
```
- Class jvx.vector.PwIntegralLine extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_vfIndex
```
PuInteger m_vfIndex
```
    - m_stepsize
```
PuDouble m_stepsize
```
    - m_numSteps
```
PuInteger m_numSteps
```
    - m_bFast
```
boolean m_bFast
```
    - m_line
```
PgPolygon m_line
```
    - m_elemset
```
PgElementSet m_elemset
```
    - m_elemIndex
```
int m_elemIndex
```
    - m_bary
```
PdBary m_bary
```
    - m_bIgnoreDir
```
boolean m_bIgnoreDir
```
    - m_bSkipGeomUpdate
```
boolean m_bSkipGeomUpdate
```
- Class jvx.vector.PwIntegralLine_Dialog extends PsDialog implements Serializable
  - Serialized Fields
    - m_pwILSingle
```
PwIntegralLine m_pwILSingle
```
    - m_pwIL
```
PwIntegralLineSet m_pwIL
```
    - m_tabPanel
```
PsTabPanel m_tabPanel
```
- Class jvx.vector.PwIntegralLine_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_project
```
PwIntegralLine m_project
```
    - m_pParams
```
PsPanel m_pParams
```
    - m_cFast
```
java.awt.Checkbox m_cFast
```
    - m_initialPick
```
java.awt.Button m_initialPick
```
    - m_cNoDirection
```
java.awt.Checkbox m_cNoDirection
```
- Class jvx.vector.PwIntegralLineSet extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_vfIndex
```
PuInteger m_vfIndex
```
    - m_stepsize
```
PuDouble m_stepsize
```
    - m_numSteps
```
PuInteger m_numSteps
```
    - m_whichElements
```
PuInteger m_whichElements
```
    - m_lines
```
PgPolygonSet m_lines
```
    - m_elemset
```
PgElementSet m_elemset
```
    - m_actionSupport
```
PsActionSupport m_actionSupport
```
    - m_bFast
```
boolean m_bFast
```
    - m_bBackward
```
boolean m_bBackward
```
    - m_bLimitNumLinesPerElement
```
boolean m_bLimitNumLinesPerElement
```
    - m_maxNumLinesPerElement
```
PuInteger m_maxNumLinesPerElement
```
    - m_bIgnoreDir
```
boolean m_bIgnoreDir
```
- Class jvx.vector.PwIntegralLineSet_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_project
```
PwIntegralLineSet m_project
```
    - m_pParams
```
PsPanel m_pParams
```
    - m_bCompute
```
java.awt.Button m_bCompute
```
    - m_bReset
```
java.awt.Button m_bReset
```
    - m_cFast
```
java.awt.Checkbox m_cFast
```
    - m_cForwardBackward
```
java.awt.Checkbox m_cForwardBackward
```
    - m_cLimitNumLinesPerElement
```
java.awt.Checkbox m_cLimitNumLinesPerElement
```
    - m_cIgnoreDir
```
java.awt.Checkbox m_cIgnoreDir
```
- Class jvx.vector.PwIsoline extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_geomBase
```
PgElementSet m_geomBase
```
      Geometry with one or more scalar fields.
    - m_isolines
```
PgPolygonSet m_isolines
```
      Isolines computed from scalar field of geometry.
    - m_minLevel
```
PuDouble m_minLevel
```
      Base level at which first isoline is shown.
    - m_maxLevel
```
PuDouble m_maxLevel
```
      Top level at which highest isoline is shown.
    - m_mainLevel
```
PuDouble m_mainLevel
```
      Reference level at which major isoline is shown.
    - m_discr
```
PuDouble m_discr
```
      Uniform distance between adjacent isolines.
    - m_scalar
```
PdVector m_scalar
```
      Current scalar values of geometry.
    - m_level
```
PdVector m_level
```
      Current set of levels at which isolines are computed.
    - m_range
```
int m_range
```
      Range of shown isolines, see RANGE_...
    - m_bIsShowingElements
```
boolean m_bIsShowingElements
```
      Saves visibility of elements property of original geometry.
    - m_bIsShowingEdges
```
boolean m_bIsShowingEdges
```
      Saves visibility of edges property of original geometry.
- Class jvx.vector.PwIsoline_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_pwIsoline
```
PwIsoline m_pwIsoline
```
    - m_pSlider
```
PsPanel m_pSlider
```
    - m_pCheckb
```
java.awt.Panel m_pCheckb
```
    - m_cbg
```
java.awt.CheckboxGroup m_cbg
```
    - m_cSmaller
```
java.awt.Checkbox m_cSmaller
```
    - m_cEqual
```
java.awt.Checkbox m_cEqual
```
    - m_cBigger
```
java.awt.Checkbox m_cBigger
```
    - m_cAll
```
java.awt.Checkbox m_cAll
```
- Class jvx.vector.PwLIC extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_elemSet
```
PgElementSet m_elemSet
```
      Base geometry is a triangulation which carries the vector field.
    - m_thread
```
java.lang.Thread m_thread
```
      The process that computes the LIC images
    - m_vfIndex
```
PuInteger m_vfIndex
```
      Vector field selection, beginning with 1.
    - m_licSize
```
PuInteger m_licSize
```
      Size of longest edge in element set, given in pixels.
    - m_conv
```
PuInteger m_conv
```
      Width of convolution window.
    - m_minConv
```
PuInteger m_minConv
```
      Minimum width of convolution window.
    - m_coarseness
```
PuDouble m_coarseness
```
      Coarseness of the convoluted noise.
    - m_stepSize
```
PuDouble m_stepSize
```
      Is used as step size for integration in lic routine.
    - m_bFast
```
boolean m_bFast
```
      Specifies whether euler integration or 4th order runge kutta is used for integration along vector field.
    - m_bIgnoreDir
```
boolean m_bIgnoreDir
```
      Specifies whether the sign (direction) of vector fields shall be ignored.
    - m_bManyUpdates
```
boolean m_bManyUpdates
```
      Whether workshop should make the LIC texture visible after every element.
    - m_contrast
```
PuDouble m_contrast
```
      Determines contrast of texture image.
    - m_textureSize
```
java.awt.Dimension m_textureSize
```
      Size of texture image.
    - m_workPercent
```
int m_workPercent
```
      Percentage of completed LIC calculations.
    - m_time
```
long m_time
```
      Needed or elapsed time???
    - m_pnLic
```
PnLIC m_pnLic
```
      LIC computation class.
    - m_bPreview
```
boolean m_bPreview
```
      Flag if preview is enabled.
- Class jvx.vector.PwLIC_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_pwLic
```
PwLIC m_pwLic
```
    - m_pLIC
```
PsPanel m_pLIC
```
    - m_bMakeLIC
```
java.awt.Button m_bMakeLIC
```
    - m_cFast
```
java.awt.Checkbox m_cFast
```
    - m_lTime
```
java.awt.Label m_lTime
```
    - m_lTextureSize
```
java.awt.Label m_lTextureSize
```
    - m_bComputeTexSize
```
java.awt.Button m_bComputeTexSize
```
    - m_bComputePreview
```
java.awt.Button m_bComputePreview
```
    - m_cIgnoreDir
```
java.awt.Checkbox m_cIgnoreDir
```
    - m_cManyUpdates
```
java.awt.Checkbox m_cManyUpdates
```
- Class jvx.vector.PwRotDiv extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_elemset
```
PgElementSet m_elemset
```
    - m_vecindex
```
PuInteger m_vecindex
```
    - m_neg
```
PdColor m_neg
```
    - m_zer
```
PdColor m_zer
```
    - m_pos
```
PdColor m_pos
```
    - m_middle
```
PuDouble m_middle
```
    - m_extension
```
PuDouble m_extension
```
    - m_scalarField
```
PdVector[] m_scalarField
```
    - m_fieldType
```
int m_fieldType
```
    - m_bUseExistentTexture
```
boolean m_bUseExistentTexture
```
- Class jvx.vector.PwRotDiv_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_pwRotDiv
```
PwRotDiv m_pwRotDiv
```
    - m_center
```
PsPanel m_center
```
    - m_cField
```
java.awt.Choice m_cField
```
    - m_lMaximum
```
java.awt.Label m_lMaximum
```
    - m_lMinimum
```
java.awt.Label m_lMinimum
```
    - m_bCompute
```
java.awt.Button m_bCompute
```
    - m_bUpdate
```
java.awt.Button m_bUpdate
```
    - m_cColorExistentTexture
```
java.awt.Checkbox m_cColorExistentTexture
```
    - m_cCreateNewTexture
```
java.awt.Checkbox m_cCreateNewTexture
```
- Class jvx.vector.PwScalarField extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_scalarFieldName
```
java.lang.String[] m_scalarFieldName
```
    - m_geom
```
PgElementSet m_geom
```
      Geometry on which we compute scalar fields.
    - m_scalar
```
PgVectorField m_scalar
```
      Scalar field.
    - m_defScalarField
```
int m_defScalarField
```
      Default scalar field.
    - m_scalarType
```
int m_scalarType
```
      Type of current scalar field.
    - m_basisType
```
int m_basisType
```
      Determines if scalar field is vertex (default) or element based.
    - m_bShowColor
```
boolean m_bShowColor
```
      Flag indicates if the function is visualized by coloring the surface.
    - m_bShowGradient
```
boolean m_bShowGradient
```
      Flag indicates if the gradient of the function should be displayed.
    - m_bInvertColor
```
boolean m_bInvertColor
```
      Flag indicates if the coloring should be inverted.
    - m_bShowVectorField
```
boolean m_bShowVectorField
```
      Flag indicates if a vector field that displays the function as a normal offset should be displayed.
    - m_gradient
```
PgVectorField m_gradient
```
      Gradient of the scalar field.
    - m_offsetVectorField
```
PgVectorField m_offsetVectorField
```
      Vector field showing the functions as a normal offset.
    - m_bUseTotalCurv
```
boolean m_bUseTotalCurv
```
      Flag indicates to use total curvatures instead of piecewise linear approximations.
    - m_bChopField
```
boolean m_bChopField
```
      Enable/Disable choping of function.
    - m_chopMin
```
PuDouble m_chopMin
```
      Minimum value of the function if chopping is enabled.
    - m_chopMax
```
PuDouble m_chopMax
```
      Maximum value of the function if chopping is enabled.
    - m_backupField
```
PdVector m_backupField
```
      Backup of function to avoid recomputations if chopping is enabled.
    - m_backupOfImportedField
```
PdVector m_backupOfImportedField
```
      Backup of imported function.
    - m_hasImportedFunction
```
boolean m_hasImportedFunction
```
      Flag indicates if the geometry comes with a scalar field.
    - m_bAdjustColoring
```
boolean m_bAdjustColoring
```
      Flag indicates whether to adjust the color sliders when computing a new scalar field or not.
    - m_bNonLinColoring
```
boolean m_bNonLinColoring
```
      Flag indicates whether to use a HUE-type coloring or an modified (more yellow and orange, less blue) HUE-type coloring.
    - m_colorMin
```
PuDouble m_colorMin
```
      Slider to adjust the interval use to the determine the colormap.
    - m_colorMax
```
PuDouble m_colorMax
```
      Slider to adjust the interval use to the determine the colormap.
    - m_bUseGrayLevel
```
boolean m_bUseGrayLevel
```
      Flag indicates whether to use only gray levels for coloring.
    - m_bUseAbsValue
```
boolean m_bUseAbsValue
```
      Flag indicates whether to set each value of the field to its absolute value.
    - m_bUseSymmetricInterval
```
boolean m_bUseSymmetricInterval
```
      Flag indicates whether to use a symmetric interval for coloring.
    - m_bFieldAvailable
```
boolean[] m_bFieldAvailable
```
      Indicates if function is available (makes sense) on the actual geometry.
    - m_bIgnoreOutliersWhenColoring
```
boolean m_bIgnoreOutliersWhenColoring
```
      Flag indicates whether outlier are ignored when computing the colors.
    - m_backUpNameOfField
```
java.lang.String m_backUpNameOfField
```
- Class jvx.vector.PwScalarField_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_pjScalar
```
PwScalarField m_pjScalar
```
    - m_cScalar
```
java.awt.Choice m_cScalar
```
    - m_scalar_listIndex2type
```
PiVector m_scalar_listIndex2type
```
    - m_pSlider
```
PsPanel m_pSlider
```
    - m_cShowGraph
```
java.awt.Checkbox m_cShowGraph
```
    - m_cShowColor
```
java.awt.Checkbox m_cShowColor
```
    - m_cUseToalCurv
```
java.awt.Checkbox m_cUseToalCurv
```
    - m_cShowGradient
```
java.awt.Checkbox m_cShowGradient
```
    - m_pChop
```
PsPanel m_pChop
```
    - m_cChopField
```
java.awt.Checkbox m_cChopField
```
    - m_pColor
```
PsPanel m_pColor
```
    - m_cAdjustColors
```
java.awt.Checkbox m_cAdjustColors
```
    - m_cNonLinColoring
```
java.awt.Checkbox m_cNonLinColoring
```
    - m_cUseGray
```
java.awt.Checkbox m_cUseGray
```
    - m_cUseAbsValue
```
java.awt.Checkbox m_cUseAbsValue
```
    - m_cSymmetricIntervals
```
java.awt.Checkbox m_cSymmetricIntervals
```
    - m_cIgnoreOutliers
```
java.awt.Checkbox m_cIgnoreOutliers
```
    - m_cShowVectorField
```
java.awt.Checkbox m_cShowVectorField
```
    - m_cInvertColor
```
java.awt.Checkbox m_cInvertColor
```
    - m_bIsShowingElemColors
```
boolean m_bIsShowingElemColors
```
    - m_bGet3dVf
```
java.awt.Button m_bGet3dVf
```
- Class jvx.vector.PwSeeds extends PjWorkshop implements Serializable
  - Serialized Fields
    - m_elementSet
```
PgElementSet m_elementSet
```
    - m_vectorField
```
PgVectorField m_vectorField
```
    - m_seeds
```
PgPointSetOnElementSet m_seeds
```
    - m_solver
```
PnVertexRK m_solver
```
    - m_animation
```
PsAnimation m_animation
```
    - m_bFirstOrder
```
boolean m_bFirstOrder
```
    - m_vectorFieldIndex
```
PuInteger m_vectorFieldIndex
```
    - m_numSeeds
```
PuInteger m_numSeeds
```
    - m_stepSize
```
PuDouble m_stepSize
```
- Class jvx.vector.PwSeeds_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_pwWorkshop
```
PwSeeds m_pwWorkshop
```
    - m_pMain
```
PsPanel m_pMain
```
    - m_pControl
```
java.awt.Panel m_pControl
```
    - m_cUseEuler
```
java.awt.Checkbox m_cUseEuler
```
    - m_bNextStepButton
```
java.awt.Button m_bNextStepButton
```
    - m_bInitButton
```
java.awt.Button m_bInitButton
```
    - m_bStartButton
```
java.awt.Button m_bStartButton
```
    - m_bStopButton
```
java.awt.Button m_bStopButton
```
- Class jvx.vector.PwVectorField extends PjWorkshop implements Serializable
  - Serialized Fields
    - TYPE_MAX
```
int TYPE_MAX
```
    - m_elemSet
```
PgElementSet m_elemSet
```
    - m_pointSet
```
PgPointSet m_pointSet
```
    - m_bAllowConvert
```
boolean m_bAllowConvert
```
    - m_centerType
```
PiVector m_centerType
```
    - m_centers
```
PgPointSet m_centers
```
    - m_dim
```
int m_dim
```
    - m_centerIndex
```
PuInteger m_centerIndex
```
    - m_bMakeTangential
```
boolean m_bMakeTangential
```
    - m_numVF
```
int m_numVF
```
    - m_saveVF
```
PgVectorField m_saveVF
```
    - m_vf
```
PgVectorField m_vf
```
    - m_disp
```
PvDisplayIf m_disp
```
    - m_slope
```
PuDouble m_slope
```
    - m_principleA
```
PuDouble m_principleA
```
    - m_principleB
```
PuDouble m_principleB
```
    - m_angleExp
```
PuDouble m_angleExp
```
    - m_slope2
```
PuDouble m_slope2
```
    - m_centerInfluence
```
PuDouble m_centerInfluence
```
    - m_angleStraight
```
PuDouble m_angleStraight
```
    - m_xStretch
```
PuDouble m_xStretch
```
    - m_yStretch
```
PuDouble m_yStretch
```
    - m_rotation
```
PuDouble m_rotation
```
    - m_sheer
```
PuDouble m_sheer
```
    - m_decay
```
PuDouble m_decay
```
    - m_decInner
```
PuDouble m_decInner
```
    - m_zkFact
```
PuDouble m_zkFact
```
    - m_power
```
PuInteger m_power
```
    - m_1_zkFact
```
PuDouble m_1_zkFact
```
    - m_1_zkPower
```
PuInteger m_1_zkPower
```
    - m_scale
```
PuDouble m_scale
```
    - m_parameters
```
PdVector[] m_parameters
```
- Class jvx.vector.PwVectorField_IP extends PjWorkshop_IP implements Serializable
  - Serialized Fields
    - m_pwVF
```
PwVectorField m_pwVF
```
    - m_pSing
```
PsPanel m_pSing
```
    - m_cards
```
java.awt.CardLayout m_cards
```
    - m_pProperties
```
java.awt.Panel m_pProperties
```
    - m_lTypes
```
java.awt.Choice m_lTypes
```
    - m_cMakeTangential
```
java.awt.Checkbox m_cMakeTangential
```
    - m_gBased
```
java.awt.CheckboxGroup m_gBased
```
    - m_cVertexBased
```
java.awt.Checkbox m_cVertexBased
```
    - m_cElementBased
```
java.awt.Checkbox m_cElementBased
```
    - m_lVectorFields
```
java.awt.List m_lVectorFields
```
    - m_bClearVf
```
java.awt.Button m_bClearVf
```
      Reset vector field to zero such that only the currently singularities determine the vf.
    - m_bAddSing
```
java.awt.Button m_bAddSing
```
    - m_bRemoveSing
```
java.awt.Button m_bRemoveSing
```
    - m_bClearSing
```
java.awt.Button m_bClearSing
```
Package vgp.curve.closedpoly
- Class vgp.curve.closedpoly.PaClosedPoly extends PsApplet implements Serializable
- Class vgp.curve.closedpoly.PjClosedPoly extends PjProject implements Serializable
  - Serialized Fields
    - m_poly
```
PgPolygon m_poly
```
    - m_workingPoly
```
PgPolygon m_workingPoly
```
    - m_mode
```
int m_mode
```
    - m_steps
```
PuInteger m_steps
```
- Class vgp.curve.closedpoly.PjClosedPoly_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_PjClosedPoly
```
PjClosedPoly m_PjClosedPoly
```
    - m_bReset
```
java.awt.Button m_bReset
```
    - m_bFit
```
java.awt.Button m_bFit
```
    - m_pSlider
```
PsPanel m_pSlider
```
    - m_pBottom
```
PsPanel m_pBottom
```
    - m_pBottomButtons
```
java.awt.Panel m_pBottomButtons
```
    - m_pTop
```
PsPanel m_pTop
```
    - m_pOverTop
```
PsPanel m_pOverTop
```
    - m_mirror
```
java.awt.Checkbox m_mirror
```
    - m_local
```
java.awt.Checkbox m_local
```
    - m_global
```
java.awt.Checkbox m_global
```
    - m_group
```
java.awt.CheckboxGroup m_group
```
Package vgp.curve.common
- Class vgp.curve.common.PaCurve extends PsApplet implements Serializable
- Class vgp.curve.common.PjCurve extends PjProject implements Serializable
  - Serialized Fields
    - m_geom
```
PgSurface m_geom
```
    - m_curve
```
PgPolygon m_curve
```
    - m_tube
```
PgTube m_tube
```
    - m_defaultName
```
java.lang.String m_defaultName
```
    - m_surfaceName
```
java.lang.String m_surfaceName
```
    - m_startU
```
double m_startU
```
    - m_startV
```
double m_startV
```
    - m_selectedCurve
```
int m_selectedCurve
```
    - m_ode
```
PnSurfaceOde m_ode
```
    - m_length
```
PuDouble m_length
```
    - m_discr
```
PuInteger m_discr
```
    - m_angle
```
PuDouble m_angle
```
    - m_thickness
```
PuDouble m_thickness
```
    - m_tubeDiscr
```
PuInteger m_tubeDiscr
```
- Class vgp.curve.common.PjCurve_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjCurve
```
PjCurve m_pjCurve
```
    - m_pCurve
```
PsPanel m_pCurve
```
    - m_pCurveSel
```
PsPanel m_pCurveSel
```
    - m_shadowL
```
java.awt.Checkbox m_shadowL
```
    - m_asymptoticL
```
java.awt.Checkbox m_asymptoticL
```
    - m_geodesicL
```
java.awt.Checkbox m_geodesicL
```
    - m_meanCurvL
```
java.awt.Checkbox m_meanCurvL
```
    - m_gCurveSel
```
java.awt.CheckboxGroup m_gCurveSel
```
    - m_pCurveSetting
```
PsPanel m_pCurveSetting
```
    - m_pShow
```
java.awt.Panel m_pShow
```
    - m_showTube
```
java.awt.Checkbox m_showTube
```
    - m_showPolygon
```
java.awt.Checkbox m_showPolygon
```
    - m_showSurface
```
java.awt.Checkbox m_showSurface
```
    - m_pAllCurve
```
PsPanel m_pAllCurve
```
      Panel will hold all previous curve gui's, and then be added to tabbed panel.
    - m_tabPanel
```
PsTabPanel m_tabPanel
```
    - m_descr
```
PgSurfaceDescr m_descr
```
- Class vgp.curve.common.PnAsymptOde extends PnSurfaceOde implements Serializable
  - Serialized Fields
    - m_dir
```
double[] m_dir
```
- Class vgp.curve.common.PnGeodesicOde extends PnSurfaceOde implements Serializable
- Class vgp.curve.common.PnPrincipalCurvatureOde extends PnSurfaceOde implements Serializable
  - Serialized Fields
    - m_dir
```
double[] m_dir
```
- Class vgp.curve.common.PnShadeOde extends PnSurfaceOde implements Serializable
  - Serialized Fields
    - m_lightDir
```
PdVector m_lightDir
```
- Class vgp.curve.common.PnSurfaceOde extends PnOde implements Serializable
  - Serialized Fields
    - m_surface
```
PgSurfaceDescr m_surface
```
Package vgp.curve.cycloid
- Class vgp.curve.cycloid.PaCycloid extends PsApplet implements Serializable
- Class vgp.curve.cycloid.PjCycloid extends PjProject implements Serializable
  - Serialized Fields
    - m_bShowCircle
```
boolean m_bShowCircle
```
    - m_bShowCycloid
```
boolean m_bShowCycloid
```
    - m_bShowSurface
```
boolean m_bShowSurface
```
    - m_circle
```
PgPolygon m_circle
```
    - m_stick
```
PgPolygon m_stick
```
    - m_cycloid
```
PgPolygon m_cycloid
```
    - m_surface
```
PgElementSet m_surface
```
    - m_defCycloidDiscr
```
int m_defCycloidDiscr
```
    - m_cycloidDiscr
```
PuInteger m_cycloidDiscr
```
    - m_defDistance
```
double m_defDistance
```
    - m_distance
```
PuDouble m_distance
```
    - m_defLength
```
double m_defLength
```
    - m_length
```
PuDouble m_length
```
    - m_defRadius
```
double m_defRadius
```
    - m_radius
```
PuDouble m_radius
```
    - m_numCircleDiscr
```
int m_numCircleDiscr
```
- Class vgp.curve.cycloid.PjCycloid_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjCycloid
```
PjCycloid m_pjCycloid
```
    - m_pBounds
```
PsPanel m_pBounds
```
    - m_bAnim
```
java.awt.Button m_bAnim
```
    - m_bReset
```
java.awt.Button m_bReset
```
    - m_cShowCircle
```
java.awt.Checkbox m_cShowCircle
```
    - m_cShowCycloid
```
java.awt.Checkbox m_cShowCycloid
```
    - m_cShowSurface
```
java.awt.Checkbox m_cShowSurface
```
Package vgp.curve.deCasteljau
- Class vgp.curve.deCasteljau.PaDeCasteljau extends PsApplet implements Serializable
- Class vgp.curve.deCasteljau.PjDeCasteljau extends PjProject implements Serializable
  - Serialized Fields
    - m_geom
```
PgPolygon m_geom
```
      Control polygon might later be replaced with control polygon of bezier curve.
    - m_build
```
PgPolygonSet m_build
```
      Construction edges of de Casteljau algorithm.
    - m_bezier
```
PgBezierCurve m_bezier
```
      Final Bezier curve determined by the control polygon.
    - m_nov
```
int m_nov
```
      Number of vertices of control polygon.
    - m_position
```
PuDouble m_position
```
      Global position in [0,1].
    - m_depth
```
PuInteger m_depth
```
      Steps of the de Casteljau algorithm.
- Class vgp.curve.deCasteljau.PjDeCasteljau_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjDeCasteljau
```
PjDeCasteljau m_pjDeCasteljau
```
      Parent project.
    - m_bReset
```
java.awt.Button m_bReset
```
      Reset the project and participating geometries.
    - m_pSlider
```
PsPanel m_pSlider
```
      Panel contains all sliders of the project.
Package vgp.curve.elastic
- Class vgp.curve.elastic.PaElasticCurve extends PsApplet implements Serializable
- Class vgp.curve.elastic.PjElasticCurve extends PjProject implements Serializable
  - Serialized Fields
    - m_geom
```
PgPolygon m_geom
```
    - m_firstCurvature
```
PuDouble m_firstCurvature
```
    - m_secondCurvature
```
PuDouble m_secondCurvature
```
    - m_stepsize
```
PuDouble m_stepsize
```
    - m_length2
```
PuDouble m_length2
```
    - m_stepsize2
```
PuDouble m_stepsize2
```
    - m_start
```
PdVector m_start
```
    - m_firstDir
```
PuDouble m_firstDir
```
    - m_a
```
PuDouble m_a
```
    - m_b
```
PuDouble m_b
```
- Class vgp.curve.elastic.PjElasticCurve_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjElasticCurve
```
PjElasticCurve m_pjElasticCurve
```
    - m_lEquation
```
java.awt.Label m_lEquation
```
    - m_bReset
```
java.awt.Button m_bReset
```
    - m_bFit
```
java.awt.Button m_bFit
```
    - m_pBounds
```
java.awt.Panel m_pBounds
```
- Class vgp.curve.elastic.PnElasticCurvature extends PnOde implements Serializable
  - Serialized Fields
    - m_paramA
```
double m_paramA
```
    - m_paramB
```
double m_paramB
```
    - m_p
```
PgPolygon m_p
```
    - m_y
```
double[] m_y
```
    - m_yOut
```
double[] m_yOut
```
    - m_x
```
double m_x
```
    - m_dim
```
int m_dim
```
    - m_i
```
int m_i
```
- Class vgp.curve.elastic.PnElasticOde extends PnOde implements Serializable
  - Serialized Fields
    - m_curvature
```
PgPolygon m_curvature
```
    - m_rk
```
PnElasticCurvature m_rk
```
Package vgp.curve.geodesic
- Class vgp.curve.geodesic.PaGeodesic extends PsApplet implements Serializable
- Class vgp.curve.geodesic.PjGeodesic extends PjProject implements Serializable
  - Serialized Fields
    - m_import
```
PjImportModel m_import
```
    - m_geom
```
PgElementSet m_geom
```
    - m_geodesic
```
PwGeodesic m_geodesic
```
- Class vgp.curve.geodesic.PjGeodesic_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_PjProject
```
PjGeodesic m_PjProject
```
    - m_tabPanel
```
PsTabPanel m_tabPanel
```
    - m_pModel
```
PsPanel m_pModel
```
    - m_input
```
java.awt.Dialog m_input
```
    - m_modelTxt
```
java.awt.TextArea m_modelTxt
```
    - m_ok
```
java.awt.Button m_ok
```
    - m_cancel
```
java.awt.Button m_cancel
```
    - m_pOpenJvx
```
java.awt.Panel m_pOpenJvx
```
    - m_openjvx
```
java.awt.Button m_openjvx
```
Package vgp.curve.subdivision
- Class vgp.curve.subdivision.PaSubdivisionCurve extends PsApplet implements Serializable
- Class vgp.curve.subdivision.PjSubdivisionCurve extends PjProject implements Serializable
  - Serialized Fields
    - m_baseGeom
```
PgElementSet m_baseGeom
```
      Base surface of curve.
    - m_subdivCurve
```
PgPolygonOnElementSet m_subdivCurve
```
      Subdivision curve on base surface.
    - m_controlPolygon
```
PgPolygon m_controlPolygon
```
      Piecewise geodesic polygon connecting the control points.
    - m_controlPoints
```
PgPointSet m_controlPoints
```
      Dragable control points on the base geometry.
    - m_refpointPoints
```
PdVector[] m_refpointPoints
```
      Saved state of vertices in m_controlPoints.
    - m_refpointElem
```
PiVector m_refpointElem
```
      Element indices of intrinsic given control points.
    - m_refpointBary
```
PdBary[] m_refpointBary
```
      Barycentric coordinates of intrinsic given control points.
    - m_numPoints
```
PuInteger m_numPoints
```
      Number of control points, interactively.
    - m_depth
```
PuInteger m_depth
```
      Depth of subdivision, i.e. number of iterations.
    - m_bUpdateSender
```
boolean m_bUpdateSender
```
      Internal helper variable to reduce number of update loops.
    - m_bReuseTriangleRuns
```
boolean m_bReuseTriangleRuns
```
      Determines if triangle strips from previous geodesics computations are suggested for reused.
    - m_bShowTorus
```
boolean m_bShowTorus
```
    - m_bShowTube
```
boolean m_bShowTube
```
    - m_bShowKnot
```
boolean m_bShowKnot
```
- Class vgp.curve.subdivision.PjSubdivisionCurve_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjSubdivCurve
```
PjSubdivisionCurve m_pjSubdivCurve
```
    - m_pSlider
```
PsPanel m_pSlider
```
    - m_pButtons
```
PsPanel m_pButtons
```
    - m_cReuseTriangleRuns
```
java.awt.Checkbox m_cReuseTriangleRuns
```
    - m_cShowControl
```
java.awt.Checkbox m_cShowControl
```
    - m_cShowSubdivCurve
```
java.awt.Checkbox m_cShowSubdivCurve
```
    - m_cShowSurface
```
java.awt.Checkbox m_cShowSurface
```
    - m_bNewCurve
```
java.awt.Button m_bNewCurve
```
    - m_bChangeBaseSurface
```
java.awt.Button m_bChangeBaseSurface
```
    - m_bPointSetFromDisplay
```
java.awt.Button m_bPointSetFromDisplay
```
    - m_bReset
```
java.awt.Button m_bReset
```
Package vgp.curve.surface
- Class vgp.curve.surface.PaSurfCurve extends PsApplet implements Serializable
- Class vgp.curve.surface.PjSurfCurve extends PjCurve implements Serializable
- Class vgp.curve.surface.PjSurfCurve_IP extends PjCurve_IP implements Serializable
  - Serialized Fields
    - m_surfPanel
```
java.awt.Panel m_surfPanel
```
    - m_surfChoice
```
java.awt.Choice m_surfChoice
```
    - m_animationButton
```
java.awt.Button m_animationButton
```
Package vgp.curve.zigzag
- Class vgp.curve.zigzag.PaZigZag extends PsApplet implements Serializable
- Class vgp.curve.zigzag.PjZigZag extends PjProject implements Serializable
  - Serialized Fields
    - m_zShort
```
PgPolygonSet m_zShort
```
      Polygon for zigzag construction
    - m_scale
```
PgPolygonSet m_scale
```
      Polygon for zigzag construction
    - m_numLines
```
PuInteger m_numLines
```
      Sliders
    - m_angle1
```
PuInteger m_angle1
```
      Sliders
    - m_angle2
```
PuInteger m_angle2
```
      Sliders
    - m_zagLength
```
PuInteger m_zagLength
```
      Sliders
    - m_delta
```
PuInteger m_delta
```
      Sliders
    - m_angle
```
int[] m_angle
```
      Angles of the zig and the zag
    - m_length
```
int[] m_length
```
      Length of the zig and the zag
    - m_bExt
```
boolean m_bExt
```
      Variable to indicate if extended zags are drawn.
    - m_bZiza
```
boolean m_bZiza
```
      Variable to indicate if zigzags are drawn
- Class vgp.curve.zigzag.PjZigZag_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_project
```
PjZigZag m_project
```
      Create a project to set the panels for.
    - m_pButton
```
java.awt.Panel m_pButton
```
      Create a panel.
    - m_pSlider
```
PsPanel m_pSlider
```
      Panel for sliders.
    - m_cExt
```
java.awt.Checkbox m_cExt
```
      Create checkboxes.
    - m_cZiza
```
java.awt.Checkbox m_cZiza
```
      Create checkboxes.
    - m_cbg
```
java.awt.CheckboxGroup m_cbg
```
      Create checkboxes.
    - bPreset1
```
java.awt.Button bPreset1
```
      Create buttons
    - bPreset2
```
java.awt.Button bPreset2
```
      Create buttons
    - bPreset3
```
java.awt.Button bPreset3
```
      Create buttons
    - bPreset4
```
java.awt.Button bPreset4
```
      Create buttons
    - bPreset5
```
java.awt.Button bPreset5
```
      Create buttons
    - bPreset6
```
java.awt.Button bPreset6
```
      Create buttons
    - bPreset7
```
java.awt.Button bPreset7
```
      Create buttons
    - bPreset8
```
java.awt.Button bPreset8
```
      Create buttons
Package vgp.discrete.conformal
- Class vgp.discrete.conformal.PaConformal extends PsApplet implements Serializable
- Class vgp.discrete.conformal.PjConformal extends PjProject implements Serializable
  - Serialized Fields
    - m_activeSurface
```
int m_activeSurface
```
    - m_graph
```
PgSurfaceGraph m_graph
```
    - m_graphFunction
```
PuFunction m_graphFunction
```
    - m_domain
```
PgDomain m_domain
```
    - m_scalar
```
PgElementSet m_scalar
```
    - m_descr
```
PgDomainDescr m_descr
```
    - m_graphConj
```
PgSurfaceGraph m_graphConj
```
    - m_conjDomain
```
PgElementSet m_conjDomain
```
    - m_conj
```
PgElementSet m_conj
```
    - m_graphConjFull
```
PgSurfaceGraph m_graphConjFull
```
    - m_conjDomainFull
```
PgElementSet m_conjDomainFull
```
    - m_conjFull
```
PgElementSet m_conjFull
```
    - m_confMap
```
PgSurfaceGraph m_confMap
```
    - m_confReal
```
PgElementSet m_confReal
```
    - m_confImag
```
PgElementSet m_confImag
```
    - m_confMapExact
```
PgSurfaceGraph m_confMapExact
```
    - m_confMapExactFunction
```
PuFunction m_confMapExactFunction
```
    - m_confMapDomain
```
PgElementSet m_confMapDomain
```
    - m_confImagExact
```
PgElementSet m_confImagExact
```
    - m_diri
```
PnEnergyMinimizer m_diri
```
    - m_uLines
```
int m_uLines
```
    - m_vLines
```
int m_vLines
```
- Class vgp.discrete.conformal.PjConformal_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjConformal
```
PjConformal m_pjConformal
```
    - m_tabPanel
```
PsTabPanel m_tabPanel
```
    - m_pShowSurface
```
java.awt.Panel m_pShowSurface
```
    - m_cShowSurface
```
java.awt.Choice m_cShowSurface
```
      Select surface to become active, i.e. displayed and current target. Ordering of entries must be synchronized with static variables in PjConformal.
      
      See Also:
      PjConformal.SURFACE
    - m_cConforming
```
java.awt.Checkbox m_cConforming
```
Package vgp.discrete.conjugate
- Class vgp.discrete.conjugate.PaConjugate extends PsApplet implements Serializable
- Class vgp.discrete.conjugate.PjConjugate extends PjProject implements Serializable
  - Serialized Fields
    - m_geom
```
PgElementSet m_geom
```
    - m_conj
```
PgElementSet m_conj
```
- Class vgp.discrete.conjugate.PjConjugate_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjConjugate
```
PjConjugate m_pjConjugate
```

Package vgp.discrete.curvature

Class vgp.discrete.curvature.PaCurvature extends PsApplet implements Serializable

Class vgp.discrete.curvature.PjCurvature extends PjProject implements Serializable

Serialized Fields

m_poly
```
PgPolygon m_poly
```
m_sphereDisp
```
PvDisplay m_sphereDisp
```
m_bPicking
```
boolean m_bPicking
```
m_position
```
PgPointSet m_position
```
m_positionOnCurve
```
PuDouble m_positionOnCurve
```
m_circle
```
PgPolygon m_circle
```
m_midPoint
```
PgPointSet m_midPoint
```
m_circleVector
```
PgVectorField m_circleVector
```
m_vectorOnCurve
```
PgVectorField m_vectorOnCurve
```
m_historyPoints
```
PgPointSet m_historyPoints
```
m_historyField
```
PgVectorField m_historyField
```
m_angleArc
```
PgPolygon m_angleArc
```
m_angleBegin
```
double m_angleBegin
```
m_refineDialog
```
PjWorkshop_Dialog m_refineDialog
```
m_refineWS
```
PwRefinePolygon m_refineWS
```
m_bShowTrace
```
boolean m_bShowTrace
```

Class vgp.discrete.curvature.PjCurvature_IP extends PjProject_IP implements Serializable

Serialized Fields

m_pjCurvature
```
PjCurvature m_pjCurvature
```
m_pExplainTxt
```
PsMultiLineLabel m_pExplainTxt
```
m_ok
```
java.awt.Button m_ok
```
m_animate
```
java.awt.Button m_animate
```
m_refineCoarsen
```
java.awt.Button m_refineCoarsen
```
m_cClose
```
java.awt.Checkbox m_cClose
```
m_cShowTrace
```
java.awt.Checkbox m_cShowTrace
```
m_pPositionPanel
```
PsPanel m_pPositionPanel
```

Package vgp.discrete.ellipse

Class vgp.discrete.ellipse.PaEllipse extends PsApplet implements Serializable

Class vgp.discrete.ellipse.PjEllipse extends PjProject implements Serializable

Serialized Fields

m_poly
```
PgPolygon m_poly
```
m_ellipse
```
PgPolygon m_ellipse
```
m_rolled
```
PgPolygon m_rolled
```
m_unrolled
```
PgPolygon m_unrolled
```
m_focus
```
PgPointSet m_focus
```
m_rotated
```
PgElementSet m_rotated
```
m_steps
```
PuInteger m_steps
```
m_rotdiscr
```
PuInteger m_rotdiscr
```
m_start
```
PdVector m_start
```
m_firstDir
```
PuInteger m_firstDir
```
m_a
```
PuDouble m_a
```
m_b
```
PuDouble m_b
```
m_autofit
```
boolean m_autofit
```

Class vgp.discrete.ellipse.PjEllipse_IP extends PjProject_IP implements Serializable

Serialized Fields

m_pjEllipse
```
PjEllipse m_pjEllipse
```
m_lEquation
```
java.awt.Label m_lEquation
```
m_bReset
```
java.awt.Button m_bReset
```
m_bFit
```
java.awt.Button m_bFit
```
m_cBillard
```
java.awt.Checkbox m_cBillard
```
m_cUnrolled
```
java.awt.Checkbox m_cUnrolled
```
m_cRotated
```
java.awt.Checkbox m_cRotated
```
m_gGroup
```
java.awt.CheckboxGroup m_gGroup
```
m_pBounds
```
java.awt.Panel m_pBounds
```
m_cAutofit
```
java.awt.Checkbox m_cAutofit
```

Package vgp.discrete.harmonic
- Class vgp.discrete.harmonic.PaHarmonic extends PsApplet implements Serializable
- Class vgp.discrete.harmonic.PgHarmonicMap extends PgSurfacePair implements Serializable
- Class vgp.discrete.harmonic.PgSurfacePair extends PgGeometry implements Serializable
  - Serialized Fields
    - m_geom
```
PgElementSet m_geom
```
      Current active geometry.
    - m_domainDim
```
int m_domainDim
```
      Dimension of vertices in domain space, i.e. m_domain.
    - m_imageDim
```
int m_imageDim
```
      Dimension of vertices in image space, i.e. m_surface, m_dual, m_associate.
    - m_domain
```
PgElementSet m_domain
```
      Domain of surface map.
    - m_surface
```
PgElementSet m_surface
```
      Image surface of map.
    - m_dual
```
PgElementSet m_dual
```
      Dual surface of map.
    - m_associate
```
PgElementSet m_associate
```
      Associate family of surface and dual.
    - m_associateTime
```
double m_associateTime
```
      Current value in associate family.
    - m_activeSurface
```
int m_activeSurface
```
      Currently active geometry for interactive modifications.
    - m_anim
```
PsAnimation m_anim
```
      Supervising animation control, empty if not used.
- Class vgp.discrete.harmonic.PgSurfacePair_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_surface
```
PgSurfacePair m_surface
```
    - m_pShowSurface
```
java.awt.Panel m_pShowSurface
```
    - m_cShowSurface
```
java.awt.Choice m_cShowSurface
```
      Select surface to become active, i.e. displayed and current target. Ordering of entries must be synchronized with static variables in PgSurfacePair.
      
      See Also:
      PgSurfacePair.DOMAIN
    - m_anim
```
PsAnimation m_anim
```
    - m_cConforming
```
java.awt.Checkbox m_cConforming
```
- Class vgp.discrete.harmonic.PjHarmonic extends PjProject implements Serializable
  - Serialized Fields
    - m_import
```
PjImportModel m_import
```
      Project PjImportModel loads geometries from file.
    - m_fileName
```
java.lang.String m_fileName
```
      Initial full file name of geometry, then handled and changed by PjImportModel.
    - m_harm
```
PgHarmonicMap m_harm
```
      Harmonic map with geometry of the current project.
    - m_diri
```
PnEnergyMinimizer m_diri
```
      Class for minimizing an energy functional on surfaces.
    - m_tempElemSet
```
PgElementSet m_tempElemSet
```
      Temporarily added to display when double-clicking in model dialog.
    - m_bUpdateSender
```
boolean m_bUpdateSender
```
- Class vgp.discrete.harmonic.PjHarmonic_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjHarmonic
```
PjHarmonic m_pjHarmonic
```
Package vgp.discrete.lantern
- Class vgp.discrete.lantern.PaLantern extends PsApplet implements Serializable
- Class vgp.discrete.lantern.PgLantern extends PgElementSet implements Serializable
  - Serialized Fields
    - m_height
```
PuDouble m_height
```
      Height of the cylinder.
    - m_radius
```
PuDouble m_radius
```
      Radius of the cylinder.
    - m_profile
```
PuInteger m_profile
```
      Number of points on the profile curve.
    - m_waist
```
PuInteger m_waist
```
      Dihedral symmetry of cylinder, number of meridians.
    - m_areaOfLimit
```
double m_areaOfLimit
```
      Limiting area of the polyhedral cylinder.
    - m_quotient
```
double m_quotient
```
      Quotient which leads to areaOfLimit.
    - m_bConstantArea
```
boolean m_bConstantArea
```
      Flag if area shall be kept constant when modifying either discretization.
    - m_bShowCylinder
```
boolean m_bShowCylinder
```
      Flag if area shall be kept constant when modifying either discretization.
    - m_defHeight
```
double m_defHeight
```
      Default value of the vertical height of the cylinder.
    - m_defRadius
```
double m_defRadius
```
      Default value of the radius of the cylinder.
    - m_defArea
```
double m_defArea
```
      Default value of polyhedral area limit.
    - m_defProfile
```
int m_defProfile
```
      Default discretization of profile curve, i.e. of the meridian.
    - m_defWaist
```
int m_defWaist
```
      Number of points on the waist.
- Class vgp.discrete.lantern.PgLantern_CP extends PsPanel implements Serializable
  - Serialized Fields
    - m_lantern
```
PgLantern m_lantern
```
      Parent geometry.
    - m_pLantern
```
PsPanel m_pLantern
```
      Panel with slider for cylinder.
    - m_pDiscr
```
PsPanel m_pDiscr
```
      Panel with slider for discretization.
    - m_lAreaLantern
```
java.awt.Label m_lAreaLantern
```
      Area of the current discrete lantern.
    - m_lAreaLimit
```
java.awt.Label m_lAreaLimit
```
      Area of the limit of lantern.
    - m_lAreaCylinder
```
java.awt.Label m_lAreaCylinder
```
      Area of the smooth cylinder.
    - m_cConstant
```
java.awt.Checkbox m_cConstant
```
      Flag if quotient is kept constant.
    - m_cShowVertices
```
java.awt.Checkbox m_cShowVertices
```
      Flag if vertices of discrete lantern are visible.
    - m_cShowCylinder
```
java.awt.Checkbox m_cShowCylinder
```
      Flag if smooth cylinder is visible.
    - m_bRefine
```
java.awt.Button m_bRefine
```
      Refine each triangle into 4.
    - m_bCoarsen
```
java.awt.Button m_bCoarsen
```
      Coarsen by bisecting number of profile and waist elements.
    - m_bReset
```
java.awt.Button m_bReset
```
      Reset geometry to its original state.
- Class vgp.discrete.lantern.PjLantern extends PjProject implements Serializable
  - Serialized Fields
    - m_lantern
```
PgLantern m_lantern
```
    - m_cylinder
```
PgLantern m_cylinder
```
- Class vgp.discrete.lantern.PjLantern_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjLantern
```
PjLantern m_pjLantern
```
Package vgp.discrete.maxPrinciple
- Class vgp.discrete.maxPrinciple.PaMaxPrinciple extends PsApplet implements Serializable
- Class vgp.discrete.maxPrinciple.PgMaxPrinciple extends PgElementSet implements Serializable
  - Serialized Fields
    - m_legs
```
PuDouble m_legs
```
      Position of two lower vertices on leg.
    - m_height
```
PuDouble m_height
```
      Height of center vertex.
    - m_diri
```
PnEnergyMinimizer m_diri
```
      Class for minimizing an energy functional on surfaces.
- Class vgp.discrete.maxPrinciple.PgMaxPrinciple_CP extends PsPanel implements Serializable
  - Serialized Fields
    - m_geom
```
PgMaxPrinciple m_geom
```
      Parent geometry.
    - m_lArea
```
java.awt.Label m_lArea
```
      Area of current configuration.
    - m_pSlider
```
PsPanel m_pSlider
```
      Panel with slider for free parameter.
    - m_bMinimize
```
java.awt.Button m_bMinimize
```
      Start/Stop Dirichlet Minimization.
    - m_bReset
```
java.awt.Button m_bReset
```
      Reset geometry to its original state.
- Class vgp.discrete.maxPrinciple.PjMaxPrinciple extends PjProject implements Serializable
  - Serialized Fields
    - m_geom
```
PgMaxPrinciple m_geom
```
      Geometry with counterexample.
- Class vgp.discrete.maxPrinciple.PjMaxPrinciple_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjMaxPrinciple
```
PjMaxPrinciple m_pjMaxPrinciple
```
Package vgp.discrete.platonic
- Class vgp.discrete.platonic.PaPlatonic extends PsApplet implements Serializable
- Class vgp.discrete.platonic.PjPlatonic extends PjProject implements Serializable
  - Serialized Fields
    - m_bShowSolid
```
boolean m_bShowSolid
```
    - m_bShowTube
```
boolean m_bShowTube
```
    - m_bShowSolidSave
```
boolean m_bShowSolidSave
```
    - m_bShowTubeSave
```
boolean m_bShowTubeSave
```
    - m_defSolidName
```
java.lang.String m_defSolidName
```
    - m_solidName
```
java.lang.String m_solidName
```
    - m_solid
```
PgElementSet m_solid
```
    - m_tube
```
PgTube m_tube
```
    - m_pwModel
```
PwModel m_pwModel
```
    - m_pwPlatonic
```
PwPlatonic m_pwPlatonic
```
    - m_bShowModeling
```
boolean m_bShowModeling
```
      Visibility of modeling panel.
- Class vgp.discrete.platonic.PjPlatonic_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjPlatonic
```
PjPlatonic m_pjPlatonic
```
    - m_tabPanel
```
PsTabPanel m_tabPanel
```
    - m_pTabTube
```
PsPanel m_pTabTube
```
    - m_pTabModel
```
PsPanel m_pTabModel
```
    - m_pBounds
```
PsPanel m_pBounds
```
    - m_pTube
```
PsPanel m_pTube
```
    - m_bReset
```
java.awt.Button m_bReset
```
    - m_cShowSolid
```
java.awt.Checkbox m_cShowSolid
```
    - m_cShowTube
```
java.awt.Checkbox m_cShowTube
```
Package vgp.game.life
- Class vgp.game.life.PaLife extends PsApplet implements Serializable
- Class vgp.game.life.PjLife extends PjProject implements Serializable
  - Serialized Fields
    - m_geom
```
PgElementSet m_geom
```
    - m_cell
```
PnCellOperator m_cell
```
- Class vgp.game.life.PjLife_IP extends PjProject_IP implements Serializable
Package vgp.game.mines
- Class vgp.game.mines.PaMinesweeper extends PsApplet implements Serializable
- Class vgp.game.mines.PjMinesweeper extends PjProject implements Serializable
  - Serialized Fields
    - m_geom
```
PgElementSet m_geom
```
    - m_ms
```
PnMinesweeper m_ms
```
- Class vgp.game.mines.PjMinesweeper_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjMine
```
PjMinesweeper m_pjMine
```
    - m_ip
```
PjWorkshop_IP m_ip
```
    - m_noticePanel
```
java.awt.Panel m_noticePanel
```
    - m_initialized
```
boolean m_initialized
```
Package vgp.game.snake
- Class vgp.game.snake.PaSnake extends PsApplet implements Serializable
- Class vgp.game.snake.PjSnake extends PjProject implements Serializable
  - Serialized Fields
    - m_geom
```
PgElementSet m_geom
```
    - m_snake
```
PwSnake m_snake
```
- Class vgp.game.snake.PjSnake_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjSnake
```
PjSnake m_pjSnake
```
    - m_ip
```
PjWorkshop_IP m_ip
```
    - m_noticePanel
```
java.awt.Panel m_noticePanel
```
    - m_initialized
```
boolean m_initialized
```
Package vgp.iterate.juliaSet
- Class vgp.iterate.juliaSet.PaJuliaSet extends PsApplet implements Serializable
- Class vgp.iterate.juliaSet.PjJuliaSet extends PjProject implements Serializable
  - Serialized Fields
    - m_dispJulia
```
PvDisplayIf m_dispJulia
```
      Display of main window.
    - m_image
```
java.awt.Image m_image
```
      Image to be used as background in display.
    - m_imageHeight
```
int m_imageHeight
```
      Height of display canvas.
    - m_imageWidth
```
int m_imageWidth
```
      Width of display canvas.
    - m_mis
```
java.awt.image.MemoryImageSource m_mis
```
      Producer of image m_image from pixel array.
    - m_pix
```
PiVector m_pix
```
      Pixel array which stores the image of a textured element. Only used when texture enabled.
    - m_pixStore
```
PiVector m_pixStore
```
      Clone of pixel array to avoid re-initialization in tracking paths.
    - m_pixIter
```
PiVector m_pixIter
```
      Pixel array which stores known used iterations.
    - m_bounds
```
PdVector m_bounds
```
      Rectangular section in the complex plane where Julia set is shown.
    - m_pixTrace
```
PiVector m_pixTrace
```
      Trace of touched pixels during an iteration.
    - m_colMap
```
PiVector m_colMap
```
      Array of colors for each number of iteration, size of array is maxIter.
    - m_maxIter
```
PuInteger m_maxIter
```
      Maximal number of iterations until sequence is decided to diverge.
    - m_blockSize
```
PuInteger m_blockSize
```
      Determines size of uniformly colored pixels blocks in images. Using discr==1 leads to highest resolution where each image pixel is really computed.
    - m_const
```
PuComplex m_const
```
      Constant of Julia set.
    - m_hueOffset
```
PuInteger m_hueOffset
```
      Offset of hue coloring.
    - m_bMandelbrotHueoffset
```
boolean m_bMandelbrotHueoffset
```
      Flag if Mandelbrot set has constant hue distribution or changes with hue offset.
    - m_dispMandelbrot
```
PvDisplayIf m_dispMandelbrot
```
      Display of module space.
    - m_imageMandelbrot
```
java.awt.Image m_imageMandelbrot
```
      Image to be used as background in display.
    - m_imageHeightMandelbrot
```
int m_imageHeightMandelbrot
```
      Height of display canvas.
    - m_imageWidthMandelbrot
```
int m_imageWidthMandelbrot
```
      Width of display canvas.
    - m_misMandelbrot
```
java.awt.image.MemoryImageSource m_misMandelbrot
```
      Producer of image m_imageMandelbrot from pixel array.
    - m_pixMandelbrot
```
PiVector m_pixMandelbrot
```
      Pixel array which stores the image of a textured element. Only used when texture enabled.
    - m_pixStoreMandelbrot
```
PiVector m_pixStoreMandelbrot
```
      Clone of pixel array to avoid re-initialization in tracking paths.
    - m_pixIterMandelbrot
```
PiVector m_pixIterMandelbrot
```
      Pixel array which stores known used iterations.
    - m_boundsMandelbrot
```
PdVector m_boundsMandelbrot
```
      Rectangular section in the complex plane where Mandelbrot set is shown.
- Class vgp.iterate.juliaSet.PjJuliaSet_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjJulia
```
PjJuliaSet m_pjJulia
```
    - m_pSlider
```
PsPanel m_pSlider
```
    - m_pMandelbrot
```
PsPanel m_pMandelbrot
```
    - m_juliaConst
```
PdVector m_juliaConst
```
      Copy of Julia set constant.
    - m_pJuliaConst
```
PdVector_IP m_pJuliaConst
```
      Inspector of Julia set constant.
    - m_pBottomButtons
```
java.awt.Panel m_pBottomButtons
```
    - m_bReset
```
java.awt.Button m_bReset
```
    - m_bDetachMandelbrot
```
java.awt.Button m_bDetachMandelbrot
```
    - m_frameMandelbrot
```
PsMainFrame m_frameMandelbrot
```
Package vgp.iterate.pythagoreanTree
- Class vgp.iterate.pythagoreanTree.PaPythagoreanTree extends PsApplet implements Serializable
- Class vgp.iterate.pythagoreanTree.PjPythagoreanTree extends PjProject implements Serializable
  - Serialized Fields
    - m_age
```
PuInteger m_age
```
      Age of tree determines number of iterations and size of tree.
    - m_bRightTriangle
```
boolean m_bRightTriangle
```
      Flag if triangle above trunk is a right triangle, or can be modified.
    - m_bSquareTrunk
```
boolean m_bSquareTrunk
```
      Flag if trunk of tree is a square, or can be modified.
    - m_diff
```
PdVector m_diff
```
      Vector from the mid point of the triangle base to the triangle tip
    - m_left
```
PdMatrix m_left
```
      Map m_trunk to the left side.
    - m_right
```
PdMatrix m_right
```
      Map m_trunk to the right side.
    - m_trunk
```
PgElementSet m_trunk
```
      Lower part of the tree
    - m_tree
```
PgElementSet m_tree
```
      Upper part of the tree
    - m_colTrunk
```
PdColor m_colTrunk
```
      Color of trunk.
    - m_colLeaf
```
PdColor m_colLeaf
```
      Color of leafs.
- Class vgp.iterate.pythagoreanTree.PjPythagoreanTree_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjTree
```
PjPythagoreanTree m_pjTree
```
      Parent project.
    - m_sliderPanel
```
java.awt.Panel m_sliderPanel
```
      Container for age inspector.
    - m_cTriangle
```
java.awt.Checkbox m_cTriangle
```
      Determines if triangle above trunk is right angled.
    - m_cTrunk
```
java.awt.Checkbox m_cTrunk
```
      Determines if trunk is a square.
    - m_bReset
```
java.awt.Button m_bReset
```
      Reset button.
Package vgp.minimal.catenoid
- Class vgp.minimal.catenoid.PaCatenoid extends PsApplet implements Serializable
- Class vgp.minimal.catenoid.PgCatenoid extends PgElementSet implements Serializable
  - Serialized Fields
    - m_bAlternate
```
boolean m_bAlternate
```
      Flag to switch between regular, triangulated mesh, and a mesh whose vertical edges are zig-zag.
    - m_bTrueInterpolant
```
boolean m_bTrueInterpolant
```
      If true then the catenoid parameters are chosen such that the discrete catenoid interpolates the smooth catenoid.
    - m_bFixedHeight
```
boolean m_bFixedHeight
```
      Fix the distance between both horizontal catenoid rings on top and bottom. If height is fixed and the profile discretization modified then the distance between two successive rings measured by m_delta is adjusted. If flag is false then incrementing the profile discretization leads to a taller catenoid.
    - m_bSymmetric
```
boolean m_bSymmetric
```
      Ensure that catenoid is symmetric with respect to horizontal plane. If true then the variable height of the bottom ring is automatically adjusted, and its slider is disabled.
    - m_height
```
double m_height
```
    - m_bClosed
```
boolean m_bClosed
```
      Close interior boundary of catenoid.
    - m_delta
```
PuDouble m_delta
```
      Distance between two successive rings of the catenoid, constant for discrete catenoids.
    - m_bottomHeight
```
PuDouble m_bottomHeight
```
      Vertical offset of lower ring for unsymmetric catenoid.
    - m_radius
```
PuDouble m_radius
```
      Radius of Catenoid Waist. For discrete catenoids the radius is defined as the zero value of the corresponding cosh curve.
    - m_k
```
PuInteger m_k
```
      Dihedral symmetry of catenoid, number of meridians.
    - m_n
```
PuInteger m_n
```
      Number of rings of catenoid.
    - m_defDelta
```
double m_defDelta
```
      Default value of distance between two rings.
    - m_defBottomHeight
```
double m_defBottomHeight
```
      Default value of vertical offset of lower ring for unsymmetric catenoid.
    - m_defRadius
```
double m_defRadius
```
      Default value of catenoid waist.
    - m_defK
```
int m_defK
```
      Default number of meridians.
    - m_defN
```
int m_defN
```
      Default number of rings.
- Class vgp.minimal.catenoid.PgCatenoid_CP extends PsPanel implements Serializable
  - Serialized Fields
    - m_catenoid
```
PgCatenoid m_catenoid
```
    - m_pCatenoid
```
PsPanel m_pCatenoid
```
    - m_cAlternate
```
java.awt.Checkbox m_cAlternate
```
    - m_cTrueInterpolant
```
java.awt.Checkbox m_cTrueInterpolant
```
    - m_cFixedHeight
```
java.awt.Checkbox m_cFixedHeight
```
    - m_cSymmetric
```
java.awt.Checkbox m_cSymmetric
```
    - m_bReset
```
java.awt.Button m_bReset
```
- Class vgp.minimal.catenoid.PjCatenoid extends PjProject implements Serializable
  - Serialized Fields
    - m_square
```
PgElementSet m_square
```
    - m_geom
```
PgCatenoid m_geom
```
    - m_surface
```
PgCatenoid m_surface
```
    - m_pair
```
PgSurfacePair m_pair
```
    - m_diri
```
PnEnergyMinimizer m_diri
```
      Class for minimizing an energy functional on surfaces.
    - m_dispSquare
```
PvDisplayIf m_dispSquare
```
- Class vgp.minimal.catenoid.PjCatenoid_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjCatenoid
```
PjCatenoid m_pjCatenoid
```
    - m_tabPanel
```
PsTabPanel m_tabPanel
```
    - m_cClosed
```
java.awt.Checkbox m_cClosed
```
      Close or not-close catenoid to allow interpolation with conjugate helicoid.
Package vgp.minimal.helicoid
- Class vgp.minimal.helicoid.PaHelicoid extends PsApplet implements Serializable
- Class vgp.minimal.helicoid.PgHelicoid extends PgElementSet implements Serializable
  - Serialized Fields
    - m_bAlternate
```
boolean m_bAlternate
```
      Flag to switch between regular, triangulated mesh, and a mesh whose vertical edges are zig-zag.
    - m_bFixedHeight
```
boolean m_bFixedHeight
```
      Fix the distance between both horizontal helicoid lines on top and bottom. If height is fixed and the axis discretization modified then the distance between two successive lines measured by m_torsion is adjusted. If flag is false then incrementing the axis discretization leads to a taller helicoid.
    - m_bFixedWidth
```
boolean m_bFixedWidth
```
      Fix the distance along a horizontal helicoid line. If width is fixed and the line discretization modified then the distance between two successive ticks on a line measured by m_lineDel is adjusted. If flag is false then incrementing the line discretization leads to a thinner helicoid.
    - m_bSymmetric
```
boolean m_bSymmetric
```
      Ensure that helicoid is symmetric with respect to the central axis. If true then the variable height of the bottom ring is automatically adjusted, and its slider is disabled.
    - m_width
```
double m_width
```
      Store current width if width is fixed.
    - m_height
```
double m_height
```
      Store current height if height is fixed.
    - m_heightFac
```
double m_heightFac
```
      If we are in fixed height mode, then heightFac given by heightFac =!= axisDel/sin(torsion) must remain constant when heightDel changes in order to keep the width of the helicoid. This is accomplished by adjusting the torsion. m_heightFac = m_axisDel/Math.sin(m_torsion.getValue());
    - m_lineDel
```
PuDouble m_lineDel
```
      Distance between two horizontal ticks of the helicoid, constant for discrete helicoids.
    - m_xOffset
```
PuDouble m_xOffset
```
      Vertical offset of lower ring for unsymmetric helicoid.
    - m_axisDel
```
PuDouble m_axisDel
```
      Distance between two horizontal lines along the axis of the helicoid, constant for discrete helicoids.
    - m_torsion
```
PuDouble m_torsion
```
      Torsion of the helicoid given as angle.
    - m_numAxisTicks
```
PuInteger m_numAxisTicks
```
      Axis discretization of helicoid, i.e. number of ticks along vertical axis.
    - m_numLineTicks
```
PuInteger m_numLineTicks
```
      Line discretization of helicoid, i.e. number of ticks along horizontal line.
    - m_defLineDelta
```
double m_defLineDelta
```
      Default value of distance between two rings.
    - m_defXOffset
```
double m_defXOffset
```
      Default value of horizontal offset from the z-axis.
    - m_defAxisDelta
```
double m_defAxisDelta
```
      Default value of distance between two horizontal lines.
    - m_defTorsion
```
double m_defTorsion
```
      Default value of the helicoid torsion.
    - m_defK
```
int m_defK
```
      Default number of axis ticks.
    - m_defN
```
int m_defN
```
      Default number of line ticks.
- Class vgp.minimal.helicoid.PgHelicoid_CP extends PsPanel implements Serializable
  - Serialized Fields
    - m_helicoid
```
PgHelicoid m_helicoid
```
    - m_pHelicoid
```
PsPanel m_pHelicoid
```
    - m_cFixedWidth
```
java.awt.Checkbox m_cFixedWidth
```
    - m_cFixedHeight
```
java.awt.Checkbox m_cFixedHeight
```
    - m_cSymmetric
```
java.awt.Checkbox m_cSymmetric
```
    - m_cAlternate
```
java.awt.Checkbox m_cAlternate
```
    - m_bReset
```
java.awt.Button m_bReset
```
- Class vgp.minimal.helicoid.PjHelicoid extends PjProject implements Serializable
  - Serialized Fields
    - m_geom
```
PgHelicoid m_geom
```
    - m_surface
```
PgHelicoid m_surface
```
    - m_pair
```
PgSurfacePair m_pair
```
    - m_diri
```
PnEnergyMinimizer m_diri
```
      Class for minimizing an energy functional on surfaces.
- Class vgp.minimal.helicoid.PjHelicoid_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjHelicoid
```
PjHelicoid m_pjHelicoid
```
    - m_tabPanel
```
PsTabPanel m_tabPanel
```
Package vgp.minimal.weier
- Class vgp.minimal.weier.PaWeierstrass extends PsApplet implements Serializable
- Class vgp.minimal.weier.PgWeierstrass extends PgElementSet implements Serializable
  - Serialized Fields
    - m_descr
```
PgWeierstrassDescr m_descr
```
      Descriptor class, containing surface specific information.
    - m_surfaceName
```
java.lang.String m_surfaceName
```
      Name of the surface.
    - m_part
```
PgWeierstrass[] m_part
```
      Several surface parts, of which this surface may be composed.
    - m_reSet
```
PgPointSet m_reSet
```
      Point Set containing the Real part of the integrated Weierstrass representation.
    - m_imSet
```
PgPointSet m_imSet
```
      Point Set containing the Imaginary part of the integrated Weierstrass representation.
    - m_indexNumber
```
PiVector m_indexNumber
```
    - m_startInd
```
PiVector m_startInd
```
    - m_numParts
```
int m_numParts
```
      Number of parts this surface is composed of.
    - m_numBnd
```
int m_numBnd
```
      Number of boundary polygons.
    - m_bndIsConnectedTo
```
PiVector[][] m_bndIsConnectedTo
```
      Connectivity of patches.
    - m_pointIsCopy
```
boolean[][] m_pointIsCopy
```
    - m_partIsReflection
```
PiVector[] m_partIsReflection
```
    - m_bndReflectType
```
PiVector m_bndReflectType
```
      Reflection type information for all boundary polygons.
    - m_bndBelongsToPart
```
PiVector m_bndBelongsToPart
```
    - m_partBndNr
```
PiVector m_partBndNr
```
    - m_bGenerateConnectivity
```
boolean m_bGenerateConnectivity
```
      Flag to compute the connectivity anew.
    - m_bGenerateTexture
```
boolean m_bGenerateTexture
```
      Flag to generate a default element texture, coordinates given by the u-v parameterisation.
    - m_bInvertCopiedTexture
```
boolean m_bInvertCopiedTexture
```
      Flag to invert element texture orientation in copied parts.
- Class vgp.minimal.weier.PgWeierstrass_Bidenoid extends PgWeierstrassDescr implements Serializable
  - Serialized Fields
    - m_defaultRadius0
```
double m_defaultRadius0
```
      Default value for Radius0 PuDouble.
    - m_defaultRadius1
```
double m_defaultRadius1
```
      Default value for Radius1 PuDouble.
    - m_defaultRadius2
```
double m_defaultRadius2
```
      Default value for Radius2 PuDouble.
    - m_defaultGr
```
double m_defaultGr
```
      Default value for Gr PuDouble.
    - m_defaultRho
```
double m_defaultRho
```
      Default Value for Rho PuDouble.
    - m_dRadius0
```
PuDouble m_dRadius0
```
      Domain parameter.
    - m_dRadius1
```
PuDouble m_dRadius1
```
      Domain parameter.
    - m_dRadius2
```
PuDouble m_dRadius2
```
      Domain parameter.
    - m_dGr
```
PuDouble m_dGr
```
      Surface parameter.
    - m_dRho
```
PuDouble m_dRho
```
      Surface parameter.
    - m_radius0
```
double m_radius0
```
      Current value of m_dRadius0.
    - m_radius1
```
double m_radius1
```
      Current value of m_dRadius1.
    - m_radius2
```
double m_radius2
```
      Current value of m_dRadius2.
    - m_gr
```
double m_gr
```
      Current value of m_dGr.
    - m_rho
```
double m_rho
```
      Current value of m_dRho.
    - m_rr
```
double m_rr
```
      A parameter for the surface, which will be computed from m_rho and m_gr.
- Class vgp.minimal.weier.PgWeierstrass_Cameloid extends PgWeierstrassDescr implements Serializable
  - Serialized Fields
    - m_defaultRadius
```
double m_defaultRadius
```
      Default value for Radius PuDouble.
    - m_defaultS
```
double m_defaultS
```
      Default value for S PuDouble.
    - m_dRadius
```
PuDouble m_dRadius
```
      Domain parameter.
    - m_dS
```
PuDouble m_dS
```
      Surface parameter.
    - m_radius
```
double m_radius
```
      Current value of m_dRadius.
    - m_s
```
double m_s
```
      Current value of m_dS.
    - m_q
```
double m_q
```
      Surface parameter, computed from parameter m_s.
- Class vgp.minimal.weier.PgWeierstrass_CatEnn extends PgWeierstrassDescr implements Serializable
  - Serialized Fields
    - m_defaultRadius
```
double m_defaultRadius
```
      Default value for Radius PuDouble.
    - m_defaultRadius1
```
double m_defaultRadius1
```
      Default value for Radius1 PuDouble.
    - m_defaultSymmetry
```
int m_defaultSymmetry
```
      Default value for Symmetry PuInteger.
    - m_defaultEps
```
double m_defaultEps
```
      Default Value for Eps PuDouble.
    - m_dRadius
```
PuDouble m_dRadius
```
      Domain parameter.
    - m_dRadius1
```
PuDouble m_dRadius1
```
      Domain parameter.
    - m_iSymmetry
```
PuInteger m_iSymmetry
```
      Surface symmetry.
    - m_dEps
```
PuDouble m_dEps
```
      Surface parameter.
    - m_radius
```
double m_radius
```
      Current value of m_dRadius.
    - m_radius1
```
double m_radius1
```
      Current value of m_dRadius1.
    - m_symmetry
```
int m_symmetry
```
      Current value of m_iSymmetry.
    - m_eps
```
double m_eps
```
      Current value of m_dEps.
- Class vgp.minimal.weier.PgWeierstrass_CatEnn2Ends extends PgWeierstrassDescr implements Serializable
  - Serialized Fields
    - m_defaultRadiusTop
```
double m_defaultRadiusTop
```
      Default value for RadiusTop PuDouble.
    - m_defaultRadiusBottom
```
double m_defaultRadiusBottom
```
      Default value for RadiusBottom PuDouble.
    - m_defaultNeckSize
```
double m_defaultNeckSize
```
      Default value for NeckSize PuDouble.
    - m_dRadiusTop
```
PuDouble m_dRadiusTop
```
      Domain parameter.
    - m_dRadiusBottom
```
PuDouble m_dRadiusBottom
```
      Domain parameter.
    - m_dNeckSize
```
PuDouble m_dNeckSize
```
      Surface parameter.
    - m_radiusTop
```
double m_radiusTop
```
      Current value of m_dRadiosTop.
    - m_radiusBottom
```
double m_radiusBottom
```
      Current value of m_dRadiosBottom.
    - m_neckSize
```
double m_neckSize
```
      Current value of m_dNeckSize.
- Class vgp.minimal.weier.PgWeierstrass_CatEnn2Twist extends PgWeierstrassDescr implements Serializable
  - Serialized Fields
    - m_defaultRadiusTop
```
double m_defaultRadiusTop
```
      Default value for RadiusTop PuDouble.
    - m_defaultRadiusBottom
```
double m_defaultRadiusBottom
```
      Default value for RadiusBottom PuDouble.
    - m_defaultAngle
```
double m_defaultAngle
```
      Default value for Angle PuDouble.
    - m_defaultNeckSize
```
double m_defaultNeckSize
```
      Default value for NeckSize PuDouble.
    - m_dRadiusTop
```
PuDouble m_dRadiusTop
```
      Domain parameter.
    - m_dRadiusBottom
```
PuDouble m_dRadiusBottom
```
      Domain parameter.
    - m_dAngle
```
PuDouble m_dAngle
```
      Surface parameter.
    - m_dNeckSize
```
PuDouble m_dNeckSize
```
      Surface Parameter.
    - m_radiusTop
```
double m_radiusTop
```
      Current value of m_dRadiusTop.
    - m_radiusBottom
```
double m_radiusBottom
```
      Current value of m_dRadiusBottom.
    - m_angle
```
double m_angle
```
      Current value of m_dAngle.
    - m_neckSize
```
double m_neckSize
```
      Current value of m_dNeckSize.
    - m_phi
```
double m_phi
```
      Surface parameter, depends on m_angle and m_neckSize.
- Class vgp.minimal.weier.PgWeierstrass_CatEnnK extends PgWeierstrassDescr implements Serializable
  - Serialized Fields
    - m_defaultRadius
```
double m_defaultRadius
```
      Default value for Radius PuDouble.
    - m_defaultRadius1
```
double m_defaultRadius1
```
      Default value for Radius1 PuDouble.
    - m_defaultSymmetry
```
int m_defaultSymmetry
```
      Default value for Symmetry PuInteger.
    - m_defaultEps
```
double m_defaultEps
```
      Default value for Eps PuDouble.
    - m_dRadius
```
PuDouble m_dRadius
```
      Domain parameter.
    - m_dRadius1
```
PuDouble m_dRadius1
```
      Domain parameter.
    - m_iSymmetry
```
PuInteger m_iSymmetry
```
      Surface Symmetry.
    - m_dEps
```
PuDouble m_dEps
```
      Surface parameter.
    - m_radius
```
double m_radius
```
      Current value of m_dRadius.
    - m_radius1
```
double m_radius1
```
      Current value of m_dRadius.
    - m_symmetry
```
int m_symmetry
```
      Current value of m_iSymmetry.
    - m_eps
```
double m_eps
```
      Current value of m_dEps.
- Class vgp.minimal.weier.PgWeierstrass_Catenoid extends PgWeierstrassDescr implements Serializable
  - Serialized Fields
    - m_defaultAngle
```
double m_defaultAngle
```
      Default value for Angle PuDouble.
    - m_defaultRadius
```
double m_defaultRadius
```
      Default value for Radius PuDouble.
    - m_dAngle
```
PuDouble m_dAngle
```
      Domain parameter.
    - m_dRadius
```
PuDouble m_dRadius
```
      Domain parameter.
    - m_radius
```
double m_radius
```
      Current value of m_dRadius.
    - m_angle
```
double m_angle
```
      Current value of m_dAngle.
- Class vgp.minimal.weier.PgWeierstrass_CatKExp extends PgWeierstrassDescr implements Serializable
  - Serialized Fields
    - m_defaultRadius
```
double m_defaultRadius
```
      Default value for Radius PuDouble.
    - m_defaultSymmetry
```
int m_defaultSymmetry
```
      Default value for Symmetry PuInteger.
    - m_dRadius
```
PuDouble m_dRadius
```
      Domain parameter.
    - m_iSymmetry
```
PuInteger m_iSymmetry
```
      Surface symmetry, also a domain parameter.
    - m_radius
```
double m_radius
```
      Current value of m_dRadius.
    - m_symmetry
```
int m_symmetry
```
      Current value of m_iSymmetry.
- Class vgp.minimal.weier.PgWeierstrass_CatSplit extends PgWeierstrassDescr implements Serializable
  - Serialized Fields
    - m_defaultRadius
```
double m_defaultRadius
```
      Default value for Radius PuDouble.
    - m_defaultRadius1
```
double m_defaultRadius1
```
      Default value for Radius1 PuDouble.
    - m_defaultEps
```
double m_defaultEps
```
      Default value for Eps PuDouble.
    - m_dRadius
```
PuDouble m_dRadius
```
      Domain parameter.
    - m_dRadius1
```
PuDouble m_dRadius1
```
      Domain parameter.
    - m_dEps
```
PuDouble m_dEps
```
      Surface parameter.
    - m_radius
```
double m_radius
```
      Current value of m_dRadius.
    - m_radius1
```
double m_radius1
```
      Current value of m_dRadius1.
    - m_eps
```
double m_eps
```
      Current value of m_dEps.
- Class vgp.minimal.weier.PgWeierstrass_Chen extends PgWeierstrassDescr implements Serializable
  - Serialized Fields
    - m_defaultRadius1
```
double m_defaultRadius1
```
      Default value for Radius1 PuDouble.
    - m_defaultRadius2
```
double m_defaultRadius2
```
      Default value for Radius2 PuDouble.
    - m_dRadius1
```
PuDouble m_dRadius1
```
      Domain parameter.
    - m_dRadius2
```
PuDouble m_dRadius2
```
      Domain parameter.
    - m_radius1
```
double m_radius1
```
      Current value of m_dRadius1.
    - m_radius2
```
double m_radius2
```
      Current value of m_dRadius2.
- Class vgp.minimal.weier.PgWeierstrass_ChenGackstatter extends PgWeierstrassDescr implements Serializable
  - Serialized Fields
    - m_defaultRadius
```
double m_defaultRadius
```
      Default value for Radius PuDouble.
    - m_defaultRadius1
```
double m_defaultRadius1
```
      Default value for Radius1 PuDouble.
    - m_dRadius
```
PuDouble m_dRadius
```
      Domain parameter.
    - m_dRadius1
```
PuDouble m_dRadius1
```
      Domain parameter.
    - m_radius
```
double m_radius
```
      Current value of m_dRadius.
    - m_radius1
```
double m_radius1
```
      Current value of m_dRadius.
    - m_const
```
double m_const
```
      Constant.
- Class vgp.minimal.weier.PgWeierstrass_Costa extends PgWeierstrassDescr implements Serializable
  - Serialized Fields
    - m_defaultRadius
```
double m_defaultRadius
```
      Default value for Radius PuDouble.
    - m_defaultRadius2
```
double m_defaultRadius2
```
      Default value for Radius2 PuDouble.
    - m_dRadius
```
PuDouble m_dRadius
```
      Domain parameter.
    - m_dRadius2
```
PuDouble m_dRadius2
```
      Domain parameter.
    - m_radius
```
double m_radius
```
      Current value of m_dRadius.
    - m_radius2
```
double m_radius2
```
      Current value of m_dRadius2.
- Class vgp.minimal.weier.PgWeierstrass_Costa2 extends PgWeierstrassDescr implements Serializable
  - Serialized Fields
    - m_defaultRadius
```
double m_defaultRadius
```
      Default value for Radius PuDouble.
    - m_defaultRadius2
```
double m_defaultRadius2
```
      Default value for Radius2 PuDouble.
    - m_dRadius
```
PuDouble m_dRadius
```
      Domain parameter.
    - m_dRadius2
```
PuDouble m_dRadius2
```
      Domain parameter.
    - m_radius
```
double m_radius
```
      Current value of m_dRadius.
    - m_radius2
```
double m_radius2
```
      Current value of m_dRadius2.
- Class vgp.minimal.weier.PgWeierstrass_Enn4_5 extends PgWeierstrassDescr implements Serializable
  - Serialized Fields
    - m_defaultRadius
```
double m_defaultRadius
```
      Default value for Radius PuDouble.
    - m_defaultEps
```
double m_defaultEps
```
      Default value for Eps PuDouble.
    - m_dRadius
```
PuDouble m_dRadius
```
      Domain parameter.
    - m_dEps
```
PuDouble m_dEps
```
      Surface parameter.
    - m_radius
```
double m_radius
```
      Current value of m_dRadius.
    - m_eps
```
double m_eps
```
      Current value of m_dEps.
- Class vgp.minimal.weier.PgWeierstrass_Enneper extends PgWeierstrassDescr implements Serializable
  - Serialized Fields
    - m_defaultSymmetry
```
int m_defaultSymmetry
```
      Default value for Symmetry PuInteger.
    - m_defaultRadius
```
double m_defaultRadius
```
      Default value for Radius PuDouble.
    - m_iSymmetry
```
PuInteger m_iSymmetry
```
      Surfaces symmetry, also a domain parameter.
    - m_dRadius
```
PuDouble m_dRadius
```
      Domain parameter.
    - m_symmetry
```
int m_symmetry
```
      Current value of m_iSymmetry.
    - m_radius
```
double m_radius
```
      Current value of m_dRadius.
- Class vgp.minimal.weier.PgWeierstrass_KNoid extends PgWeierstrassDescr implements Serializable
  - Serialized Fields
    - m_defaultSymmetry
```
int m_defaultSymmetry
```
      Default value for the symmetry PuInteger.
    - m_defaultRadius
```
double m_defaultRadius
```
      Default value for the radius PuDouble.
    - m_iSymmetry
```
PuInteger m_iSymmetry
```
      Symmetry of the surface.
    - m_dRadius
```
PuDouble m_dRadius
```
      Domain parameter.
    - m_symmetry
```
int m_symmetry
```
      Current value of m_iSymmetry.
    - m_radius
```
double m_radius
```
      Current value of m_dRadius.
- Class vgp.minimal.weier.PgWeierstrass_KNoid2 extends PgWeierstrassDescr implements Serializable
  - Serialized Fields
    - m_defaultSymmetry
```
int m_defaultSymmetry
```
      Default value for the symmetry PuInteger.
    - m_defaultRadius
```
double m_defaultRadius
```
      Default value for the radius PuDouble.
    - m_iSymmetry
```
PuInteger m_iSymmetry
```
      Symmetry of the surface.
    - m_dRadius
```
PuDouble m_dRadius
```
      Domain parameter.
    - m_symmetry
```
int m_symmetry
```
      Current value of m_iSymmetry.
    - m_radius
```
double m_radius
```
      Current value of m_dRadius.
- Class vgp.minimal.weier.PgWeierstrass_PlanarEnd extends PgWeierstrassDescr implements Serializable
  - Serialized Fields
    - m_defaultRadius
```
double m_defaultRadius
```
      Default value for the radius PuDouble.
    - m_defaultRadiusPlane
```
double m_defaultRadiusPlane
```
      Default value for the radiusPlane PuDouble.
    - m_defaultSymmetry
```
int m_defaultSymmetry
```
      Default value for symmetry PuInteger.
    - m_dRadius
```
PuDouble m_dRadius
```
      Domain parameter.
    - m_dRadiusPlane
```
PuDouble m_dRadiusPlane
```
      Domain parameter.
    - m_iSymmetry
```
PuInteger m_iSymmetry
```
      Symmetry of the surface.
    - m_radius
```
double m_radius
```
      Current value of m_dRadius.
    - m_radiusPlane
```
double m_radiusPlane
```
      Current value of m_dRadiusPlane.
    - m_symmetry
```
int m_symmetry
```
      Current value of m_iSymmetry.
- Class vgp.minimal.weier.PgWeierstrass_Scherk extends PgWeierstrassDescr implements Serializable
  - Serialized Fields
    - m_defaultSymmetry
```
int m_defaultSymmetry
```
      Default value for the symmetry PuInteger.
    - m_defaultRadius
```
double m_defaultRadius
```
      Default value for the radius PuDouble.
    - m_iSymmetry
```
PuInteger m_iSymmetry
```
      Surface symmetry.
    - m_dRadius
```
PuDouble m_dRadius
```
      Domain parameter.
    - m_symmetry
```
int m_symmetry
```
      Current value of m_iSymmetry.
    - m_radius
```
double m_radius
```
      Current value of m_dRadius.
- Class vgp.minimal.weier.PgWeierstrass_ScherkDoubly extends PgWeierstrassDescr implements Serializable
  - Serialized Fields
    - m_defaultSymmetry
```
int m_defaultSymmetry
```
      Default value for the symmetry PuInteger.
    - m_defaultRadius
```
double m_defaultRadius
```
      Default value for radius PuDouble.
    - m_iSymmetry
```
PuInteger m_iSymmetry
```
      Surface symmetry.
    - m_dRadius
```
PuDouble m_dRadius
```
      Domain parameter.
    - m_symmetry
```
int m_symmetry
```
      Current value of m_iSymmetry.
    - m_radius
```
double m_radius
```
      Current value of m_dRadius.
- Class vgp.minimal.weier.PgWeierstrass_SchwarzD extends PgWeierstrassDescr implements Serializable
- Class vgp.minimal.weier.PgWeierstrass_SchwarzD2 extends PgWeierstrassDescr implements Serializable
- Class vgp.minimal.weier.PgWeierstrass_SchwarzP extends PgWeierstrassDescr implements Serializable
- Class vgp.minimal.weier.PgWeierstrass_SchwarzP2 extends PgWeierstrassDescr implements Serializable
- Class vgp.minimal.weier.PgWeierstrassDescr extends PgGeometry implements Serializable
  - Serialized Fields
    - m_numLines
```
PuInteger[] m_numLines
```
      Number of parameter lines in the domain.
    - m_vertDim
```
int m_vertDim
```
      Dimension ov vertices.
    - m_numParts
```
int m_numParts
```
    - m_numUserReflections
```
int m_numUserReflections
```
      Number of reflections added interactively by the user.
    - m_markedBndNr
```
int m_markedBndNr
```
      Index of marked boundary polygon.
    - m_userReflections
```
int[][] m_userReflections
```
      Information about additional reflections, that were added interactively by the user.
    - m_parm
```
java.util.Vector<E> m_parm
```
      Vector for parameters.
    - m_conjugation
```
PuDouble m_conjugation
```
      Parameter to blend between real and imaginary part of the integral.
    - m_intDiscr
```
PuInteger m_intDiscr
```
      Discretization of the integrator.
    - m_refl
```
PiVector[] m_refl
```
    - m_conn
```
PiVector[][] m_conn
```
    - m_bMarkBnd
```
boolean m_bMarkBnd
```
      Flag to allow the user to select boundary polygons for adding reflections interactively.
    - m_numIntegratedPatches
```
int m_numIntegratedPatches
```
      The number of patches, that will be computed by complex integration (and not by reflecting an existing patch).
    - m_uMin
```
PdVector m_uMin
```
      Minimum u values for integrated patches.
    - m_uMax
```
PdVector m_uMax
```
      Maximum u values for integrated patches.
    - m_vMin
```
PdVector m_vMin
```
      Minimum v values for integrated patches.
    - m_vMax
```
PdVector m_vMax
```
      Maximum v values for integrated patches.
    - m_bShowDomain
```
boolean m_bShowDomain
```
      Flag to show the 2D domain instead of the integrated 3D surface.
- Class vgp.minimal.weier.PgWeierstrassDescr_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_descr
```
PgWeierstrassDescr m_descr
```
      The parent of this infoPanel.
    - m_pDiscr
```
PsPanel m_pDiscr
```
      Panel for the integration discretization.
    - m_pNumber
```
PsPanel m_pNumber
```
      Panel for all surfadce specific sliders.
    - m_bAddRef
```
java.awt.Button m_bAddRef
```
      Button for adding a reflection to the surface.
    - m_bReset
```
java.awt.Button m_bReset
```
      Button to remove all user defined reflections.
- Class vgp.minimal.weier.PjWeierstrass extends PjProject implements Serializable
  - Serialized Fields
    - m_geom
```
PgWeierstrass m_geom
```
    - m_selectedIndex
```
int m_selectedIndex
```
    - m_defaultName
```
java.lang.String m_defaultName
```
- Class vgp.minimal.weier.PjWeierstrass_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjWeier
```
PjWeierstrass m_pjWeier
```
    - m_pDescr
```
PsPanel m_pDescr
```
    - m_lSurfaceList
```
java.awt.List m_lSurfaceList
```
Package vgp.numeric.smooth
- Class vgp.numeric.smooth.PaSmooth extends PsApplet implements Serializable
- Class vgp.numeric.smooth.PjSmooth extends PjProject implements Serializable
  - Serialized Fields
    - m_fileName
```
java.lang.String m_fileName
```
      Loaded geometry file including relative path.
    - m_featureSize
```
double m_featureSize
```
      Feature detection size. Default value depend on default geometry.
    - m_import
```
PjImportModel m_import
```
      Project PjImportModel loads geometries from file.
    - m_wsSmooth
```
PwSmooth m_wsSmooth
```
      Smoothing workshop.
    - m_tempElemSet
```
PgElementSet m_tempElemSet
```
      Temporarily added to display when double-clicking in model dialog.
- Class vgp.numeric.smooth.PjSmooth_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjSmooth
```
PjSmooth m_pjSmooth
```
    - m_infoPanel
```
PjWorkshop_IP m_infoPanel
```
Package vgp.object
- Class vgp.object.PsApplet extends java.applet.Applet implements Serializable
  - Serialized Fields
    - m_frame
```
java.awt.Frame m_frame
```
      frame if run standalone, null if run as applet
    - m_viewer
```
PvViewer m_viewer
```
      3D-viewer window for graphics output and which is embedded into the applet
    - m_drawString
```
java.lang.String m_drawString
```
      Message string drawn in applet while loading. Modify string with drawMessage().
    - m_preferredPanelPosition
```
java.lang.String m_preferredPanelPosition
```
      3D-viewer window for graphics output and which is embedded into the applet
Package vgp.surface.common
- Class vgp.surface.common.PaSurface extends PsApplet implements Serializable
  - Serialized Fields
    - m_parm
```
java.lang.String[][] m_parm
```
      Applet parameters: {"Name", "Type", "Default value", "Description"}
- Class vgp.surface.common.PgSurface extends PgElementSet implements Serializable
  - Serialized Fields
    - m_bAlternate
```
boolean m_bAlternate
```
      Flag to switch between regular, triangulated mesh, and a mesh whose vertical edges are zig-zag.
    - m_bDirection
```
boolean m_bDirection
```
      Flag to switch between u and v direction of hexagonal mesh.
    - m_bDualGrid
```
boolean m_bDualGrid
```
      Flag to switch between regular and dual grid.
    - m_descr
```
PgSurfaceDescr m_descr
```
      Descriptor contains information about coordinates functions as well as size and discretization of the parameter domain.
    - m_surfaceName
```
java.lang.String m_surfaceName
```
      Name of this surface type must match the suffix of the descriptor class.
- Class vgp.surface.common.PgSurface_Boy extends PgSurfaceDescr implements Serializable
  - Serialized Fields
    - m_defAngle
```
double m_defAngle
```
    - m_defTrans
```
double m_defTrans
```
    - m_defExp
```
int m_defExp
```
    - m_angle
```
PuDouble m_angle
```
    - m_translation
```
PuDouble m_translation
```
    - m_exponent
```
PuInteger m_exponent
```
- Class vgp.surface.common.PgSurface_Breather extends PgSurfaceDescr implements Serializable
  - Serialized Fields
    - m_defVal
```
double m_defVal
```
    - m_val
```
PuDouble m_val
```
- Class vgp.surface.common.PgSurface_BreatherPQ extends PgSurfaceDescr implements Serializable
  - Serialized Fields
    - m_defP
```
int m_defP
```
    - m_p
```
PuInteger m_p
```
    - m_defQ
```
int m_defQ
```
    - m_q
```
PuInteger m_q
```
- Class vgp.surface.common.PgSurface_Catalan extends PgSurfaceDescr implements Serializable
  - Serialized Fields
    - m_defAngle
```
double m_defAngle
```
      Default value.
    - m_angle
```
PuDouble m_angle
```
- Class vgp.surface.common.PgSurface_CatenoidHelicoid extends PgSurfaceDescr implements Serializable
  - Serialized Fields
    - m_defAngle
```
double m_defAngle
```
    - m_angle
```
PuDouble m_angle
```
    - m_anim
```
PsAnimation m_anim
```
      Supervising animation control, empty if not used.
- Class vgp.surface.common.PgSurface_Cliffordtorus extends PgSurfaceDescr implements Serializable
- Class vgp.surface.common.PgSurface_Cone extends PgSurfaceDescr implements Serializable
  - Serialized Fields
    - m_defAngle
```
double m_defAngle
```
      Default value of half-opening angle in [0,90].
    - m_angle
```
PuDouble m_angle
```
      Half-opening angle of cone in the interval [0,90].
    - m_defRadius
```
double m_defRadius
```
      Default scaling value.
    - m_radius
```
PuDouble m_radius
```
      Scaling value.
- Class vgp.surface.common.PgSurface_ConicType extends PgSurfaceDescr implements Serializable
  - Serialized Fields
    - m_defAngle
```
double m_defAngle
```
    - m_angle
```
PuDouble m_angle
```
- Class vgp.surface.common.PgSurface_CP extends PsPanel implements Serializable
  - Serialized Fields
    - m_surface
```
PgSurface m_surface
```
    - m_tabPanel
```
PsTabPanel m_tabPanel
```
      Tab panel contains inspector for domain and surface functions.
    - m_pDomain
```
PsPanel m_pDomain
```
      Panel for domain inspector and grid types to be added as tab panel.
    - m_pGridType
```
PsPanel m_pGridType
```
      Panel for grid types will be added to same tab panel as domain inspector.
    - m_cAlternate
```
java.awt.Checkbox m_cAlternate
```
      Checkbox determines if alternating mesh is used.
    - m_cDirection
```
java.awt.Checkbox m_cDirection
```
      Checkbox determines if u- or v-direction dominates the alternating mesh.
    - m_cDualGrid
```
java.awt.Checkbox m_cDualGrid
```
      Checkbox determines if regular or dual grid is used.
    - m_descr
```
PgSurfaceDescr m_descr
```
      Descriptor of surface.
- Class vgp.surface.common.PgSurface_Cylinder extends PgSurfaceDescr implements Serializable
  - Serialized Fields
    - m_defRadius
```
double m_defRadius
```
    - m_radius
```
PuDouble m_radius
```
- Class vgp.surface.common.PgSurface_DupinCycloid extends PgSurfaceDescr implements Serializable
  - Serialized Fields
    - m_defInnerRadius
```
double m_defInnerRadius
```
    - m_defTubeRadius
```
double m_defTubeRadius
```
    - m_defRadius
```
double m_defRadius
```
    - m_defX
```
double m_defX
```
    - m_defY
```
double m_defY
```
    - m_defZ
```
double m_defZ
```
    - m_innerRadius
```
PuDouble m_innerRadius
```
    - m_tubeRadius
```
PuDouble m_tubeRadius
```
    - m_radius
```
PuDouble m_radius
```
    - m_x
```
PuDouble m_x
```
    - m_y
```
PuDouble m_y
```
    - m_z
```
PuDouble m_z
```
- Class vgp.surface.common.PgSurface_Ellipsoid extends PgSurfaceDescr implements Serializable
  - Serialized Fields
    - m_defXAxis
```
double m_defXAxis
```
    - m_defYAxis
```
double m_defYAxis
```
    - m_defZAxis
```
double m_defZAxis
```
    - m_xAxis
```
PuDouble m_xAxis
```
    - m_yAxis
```
PuDouble m_yAxis
```
    - m_zAxis
```
PuDouble m_zAxis
```
- Class vgp.surface.common.PgSurface_EllipticParaboloid extends PgSurfaceDescr implements Serializable
  - Serialized Fields
    - m_defXAxis
```
double m_defXAxis
```
    - m_defYAxis
```
double m_defYAxis
```
    - m_xAxis
```
PuDouble m_xAxis
```
    - m_yAxis
```
PuDouble m_yAxis
```
- Class vgp.surface.common.PgSurface_Enneper extends PgSurfaceDescr implements Serializable
  - Serialized Fields
    - m_defExp
```
int m_defExp
```
    - m_exp
```
PuInteger m_exp
```
- Class vgp.surface.common.PgSurface_FootballBarrel extends PgSurfaceDescr implements Serializable
  - Serialized Fields
    - m_defAngle
```
double m_defAngle
```
    - m_angle
```
PuDouble m_angle
```
- Class vgp.surface.common.PgSurface_Fresnel1 extends PgSurfaceDescr implements Serializable
- Class vgp.surface.common.PgSurface_Fresnel2 extends PgSurfaceDescr implements Serializable
- Class vgp.surface.common.PgSurface_Henneberg extends PgSurfaceDescr implements Serializable
  - Serialized Fields
    - m_defAngle
```
double m_defAngle
```
    - m_angle
```
PuDouble m_angle
```
- Class vgp.surface.common.PgSurface_Hopftorus extends PgSurfaceDescr implements Serializable
  - Serialized Fields
    - m_defLeaf
```
double m_defLeaf
```
      Default leaf of Hopf fibration.
    - m_leaf
```
PuDouble m_leaf
```
      Leaf of Hopf fibration.
- Class vgp.surface.common.PgSurface_HyperbolicHelicoid extends PgSurfaceDescr implements Serializable
  - Serialized Fields
    - m_defTorsion
```
double m_defTorsion
```
      Default torsion of helocoid.
    - m_torsion
```
PuDouble m_torsion
```
      Torsion of helocoid.
- Class vgp.surface.common.PgSurface_HyperbolicParaboloid extends PgSurfaceDescr implements Serializable
  - Serialized Fields
    - m_defX
```
double m_defX
```
    - m_defY
```
double m_defY
```
    - m_x
```
PuDouble m_x
```
    - m_y
```
PuDouble m_y
```
- Class vgp.surface.common.PgSurface_HyperboloidType extends PgSurfaceDescr implements Serializable
  - Serialized Fields
    - m_defAngle
```
double m_defAngle
```
    - m_angle
```
PuDouble m_angle
```
- Class vgp.surface.common.PgSurface_KleinBottle extends PgSurfaceDescr implements Serializable
  - Serialized Fields
    - m_uDiscr
```
int m_uDiscr
```
    - m_vDiscr
```
int m_vDiscr
```
    - m_defHandleWidth
```
double m_defHandleWidth
```
    - m_defBodyWidth
```
double m_defBodyWidth
```
    - m_defHandleRadius
```
double m_defHandleRadius
```
    - m_defShift
```
double m_defShift
```
    - m_moebius
```
PuDouble m_moebius
```
    - m_howToBuild
```
PuDouble m_howToBuild
```
    - m_handleWidth
```
PuDouble m_handleWidth
```
    - m_bodyWidth
```
PuDouble m_bodyWidth
```
    - m_handleRadius
```
PuDouble m_handleRadius
```
    - m_shift
```
PuDouble m_shift
```
    - unfold
```
double unfold
```
- Class vgp.surface.common.PgSurface_KleinBottleUgly extends PgSurfaceDescr implements Serializable
  - Serialized Fields
    - m_defHandle
```
double m_defHandle
```
    - m_defRadius
```
double m_defRadius
```
    - m_defOpulence
```
double m_defOpulence
```
    - m_defBreadth
```
double m_defBreadth
```
    - m_defLength
```
double m_defLength
```
    - handle
```
PuDouble handle
```
    - radius
```
PuDouble radius
```
    - opulence
```
PuDouble opulence
```
    - breadth
```
PuDouble breadth
```
    - length
```
PuDouble length
```
- Class vgp.surface.common.PgSurface_Kuen extends PgSurfaceDescr implements Serializable
- Class vgp.surface.common.PgSurface_LawsonHelicoid extends PgSurfaceDescr implements Serializable
  - Serialized Fields
    - m_defTorsion
```
double m_defTorsion
```
      Default torsion describes a Klein bottle in S3.
    - m_torsion
```
PuDouble m_torsion
```
      Leaf of Hopf fibration.
    - m_defMove
```
double m_defMove
```
      Default translation in y-t plane in S3.
    - m_move
```
PuDouble m_move
```
      Translation of geometry in y-t plane.
- Class vgp.surface.common.PgSurface_LowerHyperboloid extends PgSurfaceDescr implements Serializable
  - Serialized Fields
    - m_defWaist
```
double m_defWaist
```
    - m_defAngle
```
double m_defAngle
```
    - m_waist
```
PuDouble m_waist
```
    - m_angle
```
PuDouble m_angle
```
- Class vgp.surface.common.PgSurface_MoebiusStrip extends PgSurfaceDescr implements Serializable
  - Serialized Fields
    - m_defTwist
```
double m_defTwist
```
    - m_twist
```
PuDouble m_twist
```
- Class vgp.surface.common.PgSurface_OuterHyperboloid extends PgSurfaceDescr implements Serializable
  - Serialized Fields
    - m_defWaist
```
double m_defWaist
```
    - m_defAngle
```
double m_defAngle
```
    - m_waist
```
PuDouble m_waist
```
    - m_angle
```
PuDouble m_angle
```
- Class vgp.surface.common.PgSurface_PseudoSphere extends PgSurfaceDescr implements Serializable
- Class vgp.surface.common.PgSurface_Sievert extends PgSurfaceDescr implements Serializable
- Class vgp.surface.common.PgSurface_Sphere extends PgSurfaceDescr implements Serializable
  - Serialized Fields
    - m_defRadius
```
double m_defRadius
```
    - m_defX
```
double m_defX
```
    - m_defY
```
double m_defY
```
    - m_defZ
```
double m_defZ
```
    - m_radius
```
PuDouble m_radius
```
    - m_x
```
PuDouble m_x
```
    - m_y
```
PuDouble m_y
```
    - m_z
```
PuDouble m_z
```
- Class vgp.surface.common.PgSurface_SphereWithParams extends PgSurfaceDescr implements Serializable
  - Serialized Fields
    - m_defRadius
```
double m_defRadius
```
    - m_defX
```
double m_defX
```
    - m_defY
```
double m_defY
```
    - m_defZ
```
double m_defZ
```
    - m_radius
```
PuDouble m_radius
```
    - m_x
```
PuDouble m_x
```
    - m_y
```
PuDouble m_y
```
    - m_z
```
PuDouble m_z
```
- Class vgp.surface.common.PgSurface_StereographicSphere extends PgSurfaceDescr implements Serializable
  - Serialized Fields
    - m_defGrade
```
double m_defGrade
```
    - m_grade
```
PuDouble m_grade
```
- Class vgp.surface.common.PgSurface_Tannery extends PgSurfaceDescr implements Serializable
- Class vgp.surface.common.PgSurface_Torus extends PgSurfaceDescr implements Serializable
  - Serialized Fields
    - m_defInnerRadius
```
double m_defInnerRadius
```
    - m_defTubeRadius
```
double m_defTubeRadius
```
    - m_innerRadius
```
PuDouble m_innerRadius
```
    - m_tubeRadius
```
PuDouble m_tubeRadius
```
- Class vgp.surface.common.PgSurface_UpperHyperboloid extends PgSurfaceDescr implements Serializable
  - Serialized Fields
    - m_defWaist
```
double m_defWaist
```
    - m_defAngle
```
double m_defAngle
```
    - m_waist
```
PuDouble m_waist
```
    - m_angle
```
PuDouble m_angle
```
- Class vgp.surface.common.PgSurface_Zoll extends PgSurfaceDescr implements Serializable
  - Serialized Fields
    - m_val
```
double m_val
```
    - m_it
```
int m_it
```
- Class vgp.surface.common.PgSurfaceDescr extends PgDomainDescr implements Serializable
  - Serialized Fields
    - m_nameID
```
java.lang.String m_nameID
```
    - m_parm
```
java.util.Vector<E> m_parm
```
      Function parameters stored in vector as PuDouble and PuInteger objects. Use getParameter(String) to return parameter objects.
      
      See Also:
      PgSurfaceDescr.getParameter(String)
    - m_numVariables
```
int m_numVariables
```
      Dimension of domain space.
    - m_numFunctions
```
int m_numFunctions
```
      Dimension of image space.
    - m_function
```
PuFunction m_function
```
      Function object consisting of functions as strings.
    - m_defaultAmbientSpace
```
int m_defaultAmbientSpace
```
      Ambient space used in transformations of model. The dimension of the ambient space must be equal to the dimension of vertices.
    - m_ambientSpace
```
int m_ambientSpace
```
      Ambient space used in transformations of model. The dimension of the ambient space must be equal to the dimension of vertices.
    - m_defaultAmbientProj
```
int m_defaultAmbientProj
```
      Projection from ambient space to R3 used in transformations of model.
    - m_ambientProj
```
int m_ambientProj
```
      Projection from ambient space to R3 used in transformations of model.
    - m_bUseFunctionExpression
```
boolean m_bUseFunctionExpression
```
      Flag whether user has modified function object, so that smooth derivatives are no longer usable. If this flag is true finite difference methods will be used to compute all derivatives.
      Flag is set false if user has not overridden the eval() function method.
    - m_f
```
vgp.surface.common.PdVectorUVBuff m_f
```
      Buffer for function value.
    - m_df_dU
```
vgp.surface.common.PdVectorUVBuff m_df_dU
```
      Different other buffers to reduce repeated computations. These variables are for internal use only.
    - m_df_dV
```
vgp.surface.common.PdVectorUVBuff m_df_dV
```
    - m_df
```
vgp.surface.common.PdMatrixUVBuff m_df
```
    - m_ddf_dUdU
```
vgp.surface.common.PdVectorUVBuff m_ddf_dUdU
```
    - m_ddf_dUdV
```
vgp.surface.common.PdVectorUVBuff m_ddf_dUdV
```
    - m_ddf_dVdV
```
vgp.surface.common.PdVectorUVBuff m_ddf_dVdV
```
    - m_firstFundamental
```
vgp.surface.common.PdMatrixUVBuff m_firstFundamental
```
    - m_secondFundamental
```
vgp.surface.common.PdMatrixUVBuff m_secondFundamental
```
    - m_weingarten
```
vgp.surface.common.PdMatrixUVBuff m_weingarten
```
    - m_christoffel
```
vgp.surface.common.PdMatrVecUVBuff m_christoffel
```
    - m_normal
```
vgp.surface.common.PdVectorUVBuff m_normal
```
    - m_dN_dU
```
vgp.surface.common.PdVectorUVBuff m_dN_dU
```
    - m_dN_dV
```
vgp.surface.common.PdVectorUVBuff m_dN_dV
```
    - m_dN
```
vgp.surface.common.PdMatrixUVBuff m_dN
```
- Class vgp.surface.common.PgSurfaceDescr_IP extends PgDomainDescr_IP implements Serializable
  - Serialized Fields
    - m_descr
```
PgSurfaceDescr m_descr
```
    - m_pNumber
```
PsPanel m_pNumber
```
- Class vgp.surface.common.PjSurface extends PjProject implements Serializable
  - Serialized Fields
    - m_geom
```
PgSurface m_geom
```
      Current surface resp. main surface in a scene.
    - m_sceneVec
```
java.util.Vector<E> m_sceneVec
```
      All geometries of a scene.
    - m_defaultName
```
java.lang.String m_defaultName
```
      Initial surface.
    - m_surfaceNames
```
java.lang.String m_surfaceNames
```
      Name of a surface, resp. sequence of surface names of this scene.
    - m_surfaceParams
```
java.lang.String m_surfaceParams
```
      Sequence of surface parameters.
    - m_surfaceColors
```
java.lang.String m_surfaceColors
```
      Sequence of surface colors.
- Class vgp.surface.common.PjSurface_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjSurface
```
PjSurface m_pjSurface
```
    - m_pSurface
```
java.awt.Panel m_pSurface
```
      Panel for function inspector to be added as tab panel.
    - m_cSurface
```
java.awt.Choice m_cSurface
```
      Choice with selection of available surfaces.
    - m_pSurfaceCP
```
java.awt.Panel m_pSurfaceCP
```
      Panel for control panel of geometry.
Package vgp.surface.klein
- Class vgp.surface.klein.PaKleinBottle extends PsApplet implements Serializable
- Class vgp.surface.klein.PjKleinBottle extends PjProject implements Serializable
  - Serialized Fields
    - m_geom
```
PgSurface m_geom
```
- Class vgp.surface.klein.PjKleinBottle_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_project
```
PjKleinBottle m_project
```
    - m_surfPanel
```
PsPanel m_surfPanel
```
Package vgp.surface.rotation
- Class vgp.surface.rotation.PaRotation extends PsApplet implements Serializable
- Class vgp.surface.rotation.PjRotation extends PjProject implements Serializable
  - Serialized Fields
    - m_surface
```
PgSurfaceOfRotation m_surface
```
- Class vgp.surface.rotation.PjRotation_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjRotation
```
PjRotation m_pjRotation
```
    - m_pSurface
```
PsPanel m_pSurface
```
    - m_bReset
```
java.awt.Button m_bReset
```
Package vgp.tutor.color
- Class vgp.tutor.color.PaColorDemo extends java.applet.Applet implements Serializable
  - Serialized Fields
    - myDude
```
PuColorPicker myDude
```
      Color picker shown in applet mode.
Package vgp.tutor.eventCamera
- Class vgp.tutor.eventCamera.PaEventCamera extends java.applet.Applet implements Serializable
  - Serialized Fields
    - m_frame
```
java.awt.Frame m_frame
```
      frame if run standalone, null if run as applet.
    - m_viewer
```
PvViewer m_viewer
```
      3D-viewer window for graphics output and which is embedded into the applet.
- Class vgp.tutor.eventCamera.PjEventCamera extends PjProject implements Serializable
  - Serialized Fields
    - m_geom
```
PgElementSet m_geom
```
      Torus geometry added to both displays.
    - m_dispRight
```
PvDisplayIf m_dispRight
```
      Left display which is steered.
    - m_dispLeft
```
PvDisplayIf m_dispLeft
```
      Right display which issues camera events.
    - m_stereoType
```
int m_stereoType
```
      Type of stereo projection, see STEREO_CROSS and similar.
    - m_parallax
```
PuDouble m_parallax
```
      Angle between left and right camera.
    - m_currDisp
```
PvDisplayIf m_currDisp
```
      Currently selected display.
    - m_bUpdating
```
boolean m_bUpdating
```
- Class vgp.tutor.eventCamera.PjEventCamera_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjEvent
```
PjEventCamera m_pjEvent
```
    - m_pSlider
```
PsPanel m_pSlider
```
    - m_gStereoType
```
java.awt.CheckboxGroup m_gStereoType
```
    - m_cCrossEye
```
java.awt.Checkbox m_cCrossEye
```
    - m_cParallelEye
```
java.awt.Checkbox m_cParallelEye
```
    - m_bReset
```
java.awt.Button m_bReset
```
Package vgp.tutor.firstApplet
- Class vgp.tutor.firstApplet.MyApplet extends java.applet.Applet implements Serializable
Package vgp.tutor.firstGraph
- Class vgp.tutor.firstGraph.MyGraph extends java.applet.Applet implements Serializable
Package vgp.tutor.firstProject
- Class vgp.tutor.firstProject.MyApplet extends java.applet.Applet implements Serializable
  - Serialized Fields
    - m_frame
```
java.awt.Frame m_frame
```
      If variable m_frame!=null then this applet runs in an application, otherwise applet runs inside an Html page within a browser. Further, when running as application then this frame is the container of the applet.
    - m_viewer
```
PvViewer m_viewer
```
      3D-viewer window for graphics output, display is embedded into the applet. This instance variable allows JavaView to perform start, stop and destroy operations when the corresponding methods of this applet are called, for example, by a browser.
- Class vgp.tutor.firstProject.MyProject extends PjProject implements Serializable
  - Serialized Fields
    - m_geom
```
MySurface m_geom
```
    - m_numULines
```
PuInteger m_numULines
```
    - m_numVLines
```
PuInteger m_numVLines
```
- Class vgp.tutor.firstProject.MyProject_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - myProject
```
MyProject myProject
```
    - sliderPanel
```
java.awt.Panel sliderPanel
```
    - lArea
```
java.awt.Label lArea
```
    - bReset
```
java.awt.Button bReset
```
- Class vgp.tutor.firstProject.MySurface extends PgElementSet implements Serializable
  - Serialized Fields
    - m_numULines
```
int m_numULines
```
      Number of vertices in u-direction.
    - m_numVLines
```
int m_numVLines
```
      Number of vertices in v-direction.
Package vgp.tutor.height
- Class vgp.tutor.height.PaHeight extends java.applet.Applet implements Serializable
  - Serialized Fields
    - m_frame
```
java.awt.Frame m_frame
```
      frame if run standalone, null if run as applet
    - m_viewer
```
PvViewer m_viewer
```
      3D-viewer window for graphics output and which is embedded into the applet
    - m_drawString
```
java.lang.String m_drawString
```
      Message string drawn in applet while loading. Modify string with drawMessage().
    - m_parm
```
java.lang.String[][] m_parm
```
      Applet parameters: {"Name", "Typ", "Default value", "Description"}
- Class vgp.tutor.height.PjHeight extends PjProject implements Serializable
  - Serialized Fields
    - HEIGHT
```
int HEIGHT
```
      Type of scalar field is height along coordinate axis.
    - GAUSS
```
int GAUSS
```
      Type of scalar field is discrete Gauss curvature.
    - MATH
```
int MATH
```
      Type of color is similar to Mathematica graphics.
    - MAPLE
```
int MAPLE
```
      Type of color is similar to Maple graphics.
    - m_geom
```
PgElementSet m_geom
```
      Shown surface.
    - m_bSender
```
boolean m_bSender
```
      Flag to determine whether current project has issued an update on m_geom.
    - m_scalarFields
```
java.lang.String[] m_scalarFields
```
      Different color types.
    - m_defScalarName
```
java.lang.String m_defScalarName
```
      Default color type.
    - m_scalarName
```
java.lang.String m_scalarName
```
      Current color type.
- Class vgp.tutor.height.PjHeight_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjHeight
```
PjHeight m_pjHeight
```
    - m_scalarChoice
```
java.awt.Choice m_scalarChoice
```
Package vgp.tutor.key
- Class vgp.tutor.key.PaKeyframe extends java.applet.Applet implements Serializable
  - Serialized Fields
    - m_frame
```
java.awt.Frame m_frame
```
      frame if run standalone, null if run as applet
    - m_viewer
```
PvViewer m_viewer
```
      3D-viewer window for graphics output and which is embedded into the applet
    - m_drawString
```
java.lang.String m_drawString
```
      Message string drawn in applet while loading. Modify string with drawMessage().
- Class vgp.tutor.key.PjKeyframe extends PjProject implements Serializable
  - Serialized Fields
    - m_keyframe
```
PsKeyframe[] m_keyframe
```
    - m_fileName
```
java.lang.String m_fileName
```
    - m_numKeys
```
int m_numKeys
```
    - m_anim
```
PsAnimation m_anim
```
- Class vgp.tutor.key.PjKeyframe_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_geom
```
PgGeometry m_geom
```
Package vgp.tutor.linear
- Class vgp.tutor.linear.PaLinear extends java.applet.Applet implements Serializable
  - Serialized Fields
    - m_frame
```
java.awt.Frame m_frame
```
      frame if run standalone, null if run as applet
    - m_viewer
```
PvViewer m_viewer
```
      3D-viewer window for graphics output and which is embedded into the applet
    - m_drawString
```
java.lang.String m_drawString
```
      Message string drawn in applet while loading. Modify string with drawMessage().
- Class vgp.tutor.linear.PjLinear extends PjProject implements Serializable
  - Serialized Fields
    - m_vectors
```
PgPolygonSet m_vectors
```
      Two argument vectors are represented as two lines of a polygon set determined by their endpoints. The base point of both vectors is identical, namely, the first vertex of the polygon set. The second and third vertex of the polygon set are the endpoints of both vertices.
    - m_result
```
PgPolygon m_result
```
      The result vector is a single polygon. The base point of this vector is kept equal to the base point of the two argument vectors, and its endpoint is computed from the two argument vectors depending on the current mode, i.e. either the sum, difference or cross product.
    - m_mode
```
int m_mode
```
      Computation mode, possibly values are MODE_... constants.
- Class vgp.tutor.linear.PjLinear_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjLinear
```
PjLinear m_pjLinear
```
    - m_cbg
```
java.awt.CheckboxGroup m_cbg
```
    - m_cOperation
```
java.awt.Checkbox[] m_cOperation
```
    - m_sOperation
```
java.lang.String[] m_sOperation
```
    - m_bReset
```
java.awt.Button m_bReset
```
Package vgp.tutor.loader
- Class vgp.tutor.loader.PaLoader extends java.applet.Applet implements Serializable
  - Serialized Fields
    - m_frame
```
java.awt.Frame m_frame
```
      frame if run standalone, null if run as applet.
    - m_viewer
```
PvViewer m_viewer
```
      3D-viewer window for graphics output and which is embedded into the applet.
Package vgp.tutor.lsystem
- Class vgp.tutor.lsystem.PaLSystem extends java.applet.Applet implements Serializable
  - Serialized Fields
    - m_frame
```
java.awt.Frame m_frame
```
      Frame to allow applet to run as application too.
    - m_viewer
```
PvViewer m_viewer
```
      3D-viewer window for graphics output and which is embedded into the applet
    - m_drawString
```
java.lang.String m_drawString
```
      Message string drawn in applet while loading. Modify string with drawMessage().
- Class vgp.tutor.lsystem.PjLSystem extends PjProject implements Serializable
  - Serialized Fields
    - m_descr
```
java.lang.String m_descr
```
      Production of the L-system encoded with characters from alphabet {F,+,-,[,]}.
    - m_delta
```
PuDouble m_delta
```
      Angle parameter used in L-system.
    - m_numIterations
```
PuInteger m_numIterations
```
      Number of iterations of the L-system.
    - m_polySet
```
PgPolygonSet m_polySet
```
      LSystem as collection of polygons.
    - m_lsystem
```
LSystem m_lsystem
```
      LSystem base class.
    - m_bAutoFit
```
boolean m_bAutoFit
```
      Auto fit within the display.
    - m_bCurrentState
```
boolean m_bCurrentState
```
      Show current state of L-System in text field.
- Class vgp.tutor.lsystem.PjLSystem_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjLSystem
```
PjLSystem m_pjLSystem
```
    - m_bReset
```
java.awt.Button m_bReset
```
    - m_pBounds
```
PsPanel m_pBounds
```
    - m_pSystem
```
PsPanel m_pSystem
```
    - m_pRules
```
PsPanel m_pRules
```
    - m_numLetters
```
int m_numLetters
```
      Number of letters in the alphabet.
    - m_tAlphabet
```
java.awt.TextField m_tAlphabet
```
      Text field with alphabet of the L-system.
    - m_tAxiom
```
java.awt.TextField m_tAxiom
```
      Text field with initial configuration of the L-system.
    - m_tRule
```
java.awt.TextField[] m_tRule
```
      Production rule of each character of the alphabet.
    - m_tTree
```
java.awt.TextArea m_tTree
```
      Current tree.
    - m_cAutoFit
```
java.awt.Checkbox m_cAutoFit
```
      Enable auto fit.
    - m_cCurrentState
```
java.awt.Checkbox m_cCurrentState
```
      Enable printing of current state.
Package vgp.tutor.model
- Class vgp.tutor.model.PaModel extends java.applet.Applet implements Serializable
  - Serialized Fields
    - m_frame
```
java.awt.Frame m_frame
```
      frame if run standalone, null if run as applet.
    - m_viewer
```
PvViewer m_viewer
```
      3D-viewer window for graphics output and which is embedded into the applet.
- Class vgp.tutor.model.PjModel extends PjProject implements Serializable
  - Serialized Fields
    - m_geom
```
PgGeometry m_geom
```
    - m_import
```
PjImportModel m_import
```
      Import project to load geometries from file via info panel. It is an instance variable to allow display of its info panel inside the info panel of this project.
    - m_defModelName
```
java.lang.String m_defModelName
```
      Default name of geometry for usage in start() method.
- Class vgp.tutor.model.PjModel_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjModel
```
PjModel m_pjModel
```
    - m_pInfo
```
java.awt.Panel m_pInfo
```
Package vgp.tutor.ode
- Class vgp.tutor.ode.PaExprOde extends java.applet.Applet implements Serializable
  - Serialized Fields
    - m_frame
```
java.awt.Frame m_frame
```
      frame if run standalone, null if run as applet.
    - m_viewer
```
PvViewer m_viewer
```
      3D-viewer window for graphics output and which is embedded into the applet.
- Class vgp.tutor.ode.PjExprOde extends PjProject implements Serializable
  - Serialized Fields
    - m_bShowInitialPoint
```
boolean m_bShowInitialPoint
```
      Flag whether optional initial point is displayed.
    - m_initialPoint
```
PgPointSet m_initialPoint
```
      Visible initial point of differential equation.
    - m_solution
```
PgPolygon m_solution
```
      Numerically computed solution of differential equation.
    - m_blackboard
```
PgElementSet m_blackboard
```
      2D blackboard used for picking.
    - m_bShowVectorField
```
boolean m_bShowVectorField
```
      Flag whether optional vector field is displayed.
    - m_vectorField
```
PgPointSet m_vectorField
```
      Display an optional vector field showing the direction of the ODE.
    - m_exprOde
```
PnOdeExpr m_exprOde
```
      Differential equation structure.
    - m_equation
```
java.lang.String m_equation
```
      String representation of differential equation.
    - m_defaultEquation
```
java.lang.String m_defaultEquation
```
      Default string representation of differential equation.
    - m_order
```
int m_order
```
      Order of differential equation.
    - m_defaultOrder
```
int m_defaultOrder
```
      Default order of differential equation.
    - m_h
```
PuDouble m_h
```
      Stepsize used in numerical integration method.
    - m_length
```
PuDouble m_length
```
      Length of integration interval on x-axis.
    - m_xStart
```
PuDouble m_xStart
```
      X-initial argument.
    - m_defaultXStart
```
double m_defaultXStart
```
      Default x-initial argument.
    - m_yStart
```
PdVector m_yStart
```
      Y-initial arguments, length of vector is equal to the order of the ODE.
    - m_defaultYStart
```
PdVector m_defaultYStart
```
      Default y-initial arguments, length of vector is equal to the order of the ODE.
    - m_pYStart
```
PdVector_IP m_pYStart
```
      Panel of y-initial arguments.
- Class vgp.tutor.ode.PjExprOde_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjExpr
```
PjExprOde m_pjExpr
```
    - m_order
```
int m_order
```
    - m_tOrder
```
java.awt.TextField m_tOrder
```
    - m_lEquation
```
java.awt.Label m_lEquation
```
    - m_tEquation
```
java.awt.TextField m_tEquation
```
    - m_textLength
```
int m_textLength
```
    - m_cShowInitialPoint
```
java.awt.Checkbox m_cShowInitialPoint
```
    - m_cShowVectorField
```
java.awt.Checkbox m_cShowVectorField
```
    - m_bReset
```
java.awt.Button m_bReset
```
    - m_pBounds
```
java.awt.Panel m_pBounds
```
Package vgp.tutor.parm
- Class vgp.tutor.parm.PaParmSurface extends java.applet.Applet implements Serializable
  - Serialized Fields
    - m_frame
```
java.awt.Frame m_frame
```
      frame if run standalone, null if run as applet.
    - m_viewer
```
PvViewer m_viewer
```
      3D-viewer window for graphics output and which is embedded into the applet.
- Class vgp.tutor.parm.PjParmSurface extends PjProject implements Serializable
  - Serialized Fields
    - m_domain
```
PgDomainDescr m_domain
```
      Domain of parametrized surface.
    - m_function
```
PuFunction m_function
```
      Function object consisting of functions as strings.
    - m_parmSurface
```
PgParmSurface m_parmSurface
```
      Parametrized Surface.
- Class vgp.tutor.parm.PjParmSurface_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjParmSurface
```
PjParmSurface m_pjParmSurface
```
Package vgp.tutor.parmCurve
- Class vgp.tutor.parmCurve.PaParmCurve extends java.applet.Applet implements Serializable
  - Serialized Fields
    - m_frame
```
java.awt.Frame m_frame
```
      frame if run standalone, null if run as applet.
    - m_viewer
```
PvViewer m_viewer
```
      3D-viewer window for graphics output and which is embedded into the applet.
- Class vgp.tutor.parmCurve.PjParmCurve extends PjProject implements Serializable
  - Serialized Fields
    - m_parmCurve
```
PgParmCurve m_parmCurve
```
      Parametrized curve.
- Class vgp.tutor.parmCurve.PjParmCurve_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjParmCurve
```
PjParmCurve m_pjParmCurve
```
Package vgp.tutor.pick
- Class vgp.tutor.pick.PaPickEvent extends java.applet.Applet implements Serializable
  - Serialized Fields
    - m_frame
```
java.awt.Frame m_frame
```
      frame if run standalone, null if run as applet.
    - m_viewer
```
PvViewer m_viewer
```
      3D-viewer window for graphics output and which is embedded into the applet.
- Class vgp.tutor.pick.PjPickEvent extends PjProject implements Serializable
  - Serialized Fields
    - m_bShowTorus
```
boolean m_bShowTorus
```
    - m_bShowTube
```
boolean m_bShowTube
```
    - m_torus
```
PgElementSet m_torus
```
    - m_tube
```
PgTube m_tube
```
    - m_knot
```
PgPolygon m_knot
```
- Class vgp.tutor.pick.PjPickEvent_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjCurve
```
PjPickEvent m_pjCurve
```
    - m_pBounds
```
PsPanel m_pBounds
```
    - m_pTube
```
PsPanel m_pTube
```
    - m_bReset
```
java.awt.Button m_bReset
```
    - m_cShowTorus
```
java.awt.Checkbox m_cShowTorus
```
    - m_cShowTube
```
java.awt.Checkbox m_cShowTube
```
Package vgp.tutor.polygonSet
- Class vgp.tutor.polygonSet.PaPolygonSet extends java.applet.Applet implements Serializable
  - Serialized Fields
    - m_frame
```
java.awt.Frame m_frame
```
      frame if run standalone, null if run as applet.
    - m_viewer
```
PvViewer m_viewer
```
      3D-viewer window for graphics output and which is embedded into the applet.
- Class vgp.tutor.polygonSet.PjPolygonSet extends PjProject implements Serializable
  - Serialized Fields
    - m_geom
```
PgPolygonSet m_geom
```
    - m_numULines
```
int m_numULines
```
    - m_numVLines
```
int m_numVLines
```
Package vgp.tutor.rivara
- Class vgp.tutor.rivara.PaRivara extends java.applet.Applet implements Serializable
  - Serialized Fields
    - m_frame
```
java.awt.Frame m_frame
```
      frame if run standalone, null if run as applet
    - m_viewer
```
PvViewer m_viewer
```
      3D-viewer window for graphics output and which is embedded into the applet
- Class vgp.tutor.rivara.PjRivara extends PjProject implements Serializable
  - Serialized Fields
    - m_bShowTorus
```
boolean m_bShowTorus
```
    - m_torus
```
PgElementSet m_torus
```
    - m_bisection
```
PwRivaraBisection m_bisection
```
- Class vgp.tutor.rivara.PjRivara_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjRefine
```
PjRivara m_pjRefine
```
    - m_bReset
```
java.awt.Button m_bReset
```
Package vgp.tutor.rootFinder
- Class vgp.tutor.rootFinder.PaRootFinder extends java.applet.Applet implements Serializable
  - Serialized Fields
    - m_frame
```
java.awt.Frame m_frame
```
      frame if run standalone, null if run as applet.
    - m_viewer
```
PvViewer m_viewer
```
      3D-viewer window for graphics output and which is embedded into the applet.
- Class vgp.tutor.rootFinder.PjRootFinder extends PjProject implements Serializable
  - Serialized Fields
    - m_graph
```
PgPolygon m_graph
```
      Graph of function.
    - m_root
```
PgPointSet m_root
```
      Roots of function as poit set.
    - m_fx
```
PuFunction m_fx
```
      Currently active function as typed by user.
    - m_defaultEquation
```
java.lang.String m_defaultEquation
```
      Default equation shown initially.
    - m_discr
```
PuInteger m_discr
```
      Discretization of polygon for display purpose only.
    - m_xMin
```
PuDouble m_xMin
```
      Left interval border of shown graph.
    - m_xMax
```
PuDouble m_xMax
```
      Right interval border of shown graph.
- Class vgp.tutor.rootFinder.PjRootFinder_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjRoot
```
PjRootFinder m_pjRoot
```
    - m_pFunction
```
PsPanel m_pFunction
```
    - m_pBounds
```
PsPanel m_pBounds
```
    - m_bReset
```
java.awt.Button m_bReset
```
Package vgp.tutor.ruler
- Class vgp.tutor.ruler.PaRuler extends java.applet.Applet implements Serializable
  - Serialized Fields
    - m_frame
```
java.awt.Frame m_frame
```
      frame if run standalone, null if run as applet.
    - m_viewer
```
PvViewer m_viewer
```
      3D-viewer window for graphics output and which is embedded into the applet.
- Class vgp.tutor.ruler.PjRuler extends PjProject implements Serializable
  - Serialized Fields
    - m_ruler
```
PgRuler m_ruler
```
    - m_xStart
```
double m_xStart
```
    - m_yStart
```
double m_yStart
```
- Class vgp.tutor.ruler.PjRuler_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjRuler
```
PjRuler m_pjRuler
```
    - m_bDone
```
java.awt.Button m_bDone
```
    - m_bReset
```
java.awt.Button m_bReset
```
    - m_pRuler
```
java.awt.Panel m_pRuler
```
Package vgp.tutor.sizeEdge
- Class vgp.tutor.sizeEdge.PaSizeEdge extends java.applet.Applet implements Serializable
  - Serialized Fields
    - m_frame
```
java.awt.Frame m_frame
```
      frame if run standalone, null if run as applet
    - m_viewer
```
PvViewer m_viewer
```
      3D-viewer window for graphics output and which is embedded into the applet
- Class vgp.tutor.sizeEdge.PjSizeEdge extends PjProject implements Serializable
  - Serialized Fields
    - m_geom
```
PgElementSet m_geom
```
      Element set whose edges are displayed with varying thickness.
    - m_delSize
```
PdVector m_delSize
```
      Rate of change of thickness of each polygon.
    - m_speed
```
PuDouble m_speed
```
      Rate of change of edge sizes respectively edge colors.
    - m_size
```
PuDouble m_size
```
      Global edge size of base geometry.
    - m_bShowEdgeColors
```
boolean m_bShowEdgeColors
```
      Flag if individual edge colors are shown.
    - m_bShowEdgeLabels
```
boolean m_bShowEdgeLabels
```
      Flag if individual edge labels are shown.
    - m_bShowEdgeSizes
```
boolean m_bShowEdgeSizes
```
      Flag if individual edge sizes are shown.
    - m_colorType
```
int m_colorType
```
      Flag if individual edge color is computed either from edge size of edge index.
    - m_bIsUpdateSender
```
boolean m_bIsUpdateSender
```
      Helper variable to avoid update loops.
- Class vgp.tutor.sizeEdge.PjSizeEdge_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjSizeEdges
```
PjSizeEdge m_pjSizeEdges
```
      Parent project.
    - m_cColors
```
java.awt.Checkbox m_cColors
```
      Determines if individual edges colors are shown.
    - m_cSizes
```
java.awt.Checkbox m_cSizes
```
      Determines if individual edges sizes are shown.
    - m_cLabels
```
java.awt.Checkbox m_cLabels
```
      Determines if individual edges labels are shown.
    - m_cColorType
```
java.awt.Choice m_cColorType
```
      Determines if individual edges colors are computed from varying edge size or fixed edge index.
    - m_bReset
```
java.awt.Button m_bReset
```
      Reset the project and participating geometries.
    - m_bRun
```
java.awt.Button m_bRun
```
      Run and stop the animation.
    - m_pSlider
```
PsPanel m_pSlider
```
      Panel contains all sliders of the project.
    - m_bRunColor
```
java.awt.Color m_bRunColor
```
      Save background color of button m_bRun as long as minimization is running.
Package vgp.tutor.sizePolygon
- Class vgp.tutor.sizePolygon.PaSizePolygon extends java.applet.Applet implements Serializable
  - Serialized Fields
    - m_frame
```
java.awt.Frame m_frame
```
      frame if run standalone, null if run as applet
    - m_viewer
```
PvViewer m_viewer
```
      3D-viewer window for graphics output and which is embedded into the applet
    - m_drawString
```
java.lang.String m_drawString
```
      Message string drawn in applet while loading. Modify string with drawMessage().
- Class vgp.tutor.sizePolygon.PjSizePolygon extends PjProject implements Serializable
  - Serialized Fields
    - m_geom
```
PgPolygonSet m_geom
```
      Polygon set whose edges are displayed with varying thickness.
    - m_numPoly
```
int m_numPoly
```
      Save number of polygons to be able to detect outside changes on geometry.
    - m_delSize
```
PdVector m_delSize
```
      Rate of change of thickness of each polygon.
    - m_speed
```
PuDouble m_speed
```
      Global speed of movement.
    - m_discr
```
PuInteger m_discr
```
      Number of horizontal (and vertical) faces.
- Class vgp.tutor.sizePolygon.PjSizePolygon_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjSizePolygons
```
PjSizePolygon m_pjSizePolygons
```
      Parent project.
    - m_bReset
```
java.awt.Button m_bReset
```
      Reset the project and participating geometries.
    - m_bRun
```
java.awt.Button m_bRun
```
      Run and stop the animation.
    - m_pSlider
```
PsPanel m_pSlider
```
      Panel contains all sliders of the project.
    - m_bRunColor
```
java.awt.Color m_bRunColor
```
      Save background color of button m_bRun as long as minimization is running.
Package vgp.tutor.sizeVertex
- Class vgp.tutor.sizeVertex.PaSizeVertex extends java.applet.Applet implements Serializable
  - Serialized Fields
    - m_frame
```
java.awt.Frame m_frame
```
      frame if run standalone, null if run as applet
    - m_viewer
```
PvViewer m_viewer
```
      3D-viewer window for graphics output and which is embedded into the applet
    - m_drawString
```
java.lang.String m_drawString
```
      Message string drawn in applet while loading. Modify string with drawMessage().
- Class vgp.tutor.sizeVertex.PjSizeVertex extends PjProject implements Serializable
  - Serialized Fields
    - m_geom
```
PgPointSet m_geom
```
      Point set whose vertices are displayed with varying vertex sizes.
    - m_numVert
```
int m_numVert
```
      Save number of vertices to be able to detect outside changes on geometry.
    - m_delSize
```
PdVector m_delSize
```
      Rate of change of vertex thickness.
    - m_speed
```
PuDouble m_speed
```
      Global speed of movement.
    - m_discr
```
PuInteger m_discr
```
      Number of horizontal (and vertical) faces.
- Class vgp.tutor.sizeVertex.PjSizeVertex_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjSizeVertex
```
PjSizeVertex m_pjSizeVertex
```
      Parent project.
    - m_bReset
```
java.awt.Button m_bReset
```
      Reset the project and participating geometries.
    - m_bRun
```
java.awt.Button m_bRun
```
      Run and stop the animation.
    - m_pSlider
```
PsPanel m_pSlider
```
      Panel contains all sliders of the project.
    - m_bRunColor
```
java.awt.Color m_bRunColor
```
      Save background color of button m_bRun as long as minimization is running.
Package vgp.tutor.slider
- Class vgp.tutor.slider.PaSlider extends java.applet.Applet implements Serializable
  - Serialized Fields
    - m_frame
```
java.awt.Frame m_frame
```
      frame if run standalone, null if run as applet
- Class vgp.tutor.slider.PjSlider extends PjProject implements Serializable
  - Serialized Fields
    - m_intSlider
```
PuInteger m_intSlider
```
      Slider with integer value.
    - m_doubleSlider
```
PuDouble m_doubleSlider
```
      Slider with floating point value.
    - m_product
```
double m_product
```
      Product of two values.
- Class vgp.tutor.slider.PjSlider_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_pjSlider
```
PjSlider m_pjSlider
```
      The parent project contains all data information to be displayed in this panel. This parent is automatically assigned to this class via the method setParent(PsUpdateIf). This panel is updated whenever the parent object changes via the method update(Object).
      
      See Also:
      PjSlider_IP.setParent(PsUpdateIf), PjSlider_IP.update(Object)
    - m_lProduct
```
java.awt.Label m_lProduct
```
      Display numerical value of product of two sliders.
    - m_sliderPanel
```
java.awt.Panel m_sliderPanel
```
      Container of info panels of the two sliders.
Package vgp.tutor.subdivision
- Class vgp.tutor.subdivision.PaSubdivision extends java.applet.Applet implements Serializable
  - Serialized Fields
    - m_frame
```
java.awt.Frame m_frame
```
      frame if run standalone, null if run as applet.
    - m_viewer
```
PvViewer m_viewer
```
      3D-viewer window for graphics output and which is embedded into the applet.
- Class vgp.tutor.subdivision.PjSubdivision extends PjProject implements Serializable
  - Serialized Fields
    - m_geom
```
PgPolygonSet m_geom
```
    - m_numULines
```
int m_numULines
```
    - m_numVLines
```
int m_numVLines
```
Package vgp.tutor.texture
- Class vgp.tutor.texture.PaTextureCube extends java.applet.Applet implements Serializable
  - Serialized Fields
    - m_frame
```
java.awt.Frame m_frame
```
      frame if run standalone, null if run as applet
    - m_viewer
```
PvViewer m_viewer
```
      3D-viewer window for graphics output and which is embedded into the applet
    - m_drawString
```
java.lang.String m_drawString
```
      Message string drawn in applet while loading. Modify string with drawMessage().
- Class vgp.tutor.texture.PaTexturedSurface extends java.applet.Applet implements Serializable
  - Serialized Fields
    - m_frame
```
java.awt.Frame m_frame
```
      frame if run standalone, null if run as applet
    - m_viewer
```
PvViewer m_viewer
```
      3D-viewer window for graphics output and which is embedded into the applet
    - m_drawString
```
java.lang.String m_drawString
```
      Message string drawn in applet while loading. Modify string with drawMessage().
- Class vgp.tutor.texture.PjTextureCube extends PjProject implements Serializable
  - Serialized Fields
    - m_imageArr
```
PsImage[] m_imageArr
```
    - m_faceArr
```
PgElementSet[] m_faceArr
```
- Class vgp.tutor.texture.PjTexturedSurface extends PjProject implements Serializable
  - Serialized Fields
    - m_geom
```
PgElementSet m_geom
```
    - m_image
```
PsImage m_image
```
    - m_defaultImageFile
```
java.lang.String m_defaultImageFile
```
    - m_imageFile
```
java.lang.String m_imageFile
```
    - m_surfaceName
```
java.lang.String m_surfaceName
```
    - m_numULines
```
int m_numULines
```
    - m_numVLines
```
int m_numVLines
```
- Class vgp.tutor.texture.PjTexturedSurface_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjTexture
```
PjTexturedSurface m_pjTexture
```
    - m_cLoadBackImage
```
java.awt.Checkbox m_cLoadBackImage
```
    - m_bReset
```
java.awt.Button m_bReset
```
Package vgp.tutor.torusknot
- Class vgp.tutor.torusknot.PaTorusKnot extends java.applet.Applet implements Serializable
  - Serialized Fields
    - m_frame
```
java.awt.Frame m_frame
```
      frame if run standalone, null if run as applet.
    - m_viewer
```
PvViewer m_viewer
```
      3D-viewer window for graphics output and which is embedded into the applet.
- Class vgp.tutor.torusknot.PjTorusKnot extends PjProject implements Serializable
  - Serialized Fields
    - m_bShowTorus
```
boolean m_bShowTorus
```
    - m_bShowTube
```
boolean m_bShowTube
```
    - m_bShowKnot
```
boolean m_bShowKnot
```
    - m_torus
```
PgElementSet m_torus
```
    - m_tube
```
PgTube m_tube
```
    - m_knot
```
PgPolygon m_knot
```
    - m_radius
```
double m_radius
```
    - m_thick
```
double m_thick
```
    - m_defPolygonDiscr
```
int m_defPolygonDiscr
```
    - m_defNumUWindings
```
int m_defNumUWindings
```
    - m_defNumZWindings
```
int m_defNumZWindings
```
    - m_polygonDiscr
```
PuInteger m_polygonDiscr
```
    - m_numUWindings
```
PuInteger m_numUWindings
```
    - m_numZWindings
```
PuInteger m_numZWindings
```
- Class vgp.tutor.torusknot.PjTorusKnot_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjTorusKnot
```
PjTorusKnot m_pjTorusKnot
```
    - m_pBounds
```
PsPanel m_pBounds
```
    - m_pTube
```
PsPanel m_pTube
```
    - m_bReset
```
java.awt.Button m_bReset
```
    - m_cShowTorus
```
java.awt.Checkbox m_cShowTorus
```
    - m_cShowTube
```
java.awt.Checkbox m_cShowTube
```
    - m_cShowKnot
```
java.awt.Checkbox m_cShowKnot
```
Package vgp.tutor.transform
- Class vgp.tutor.transform.PaTransform extends java.applet.Applet implements Serializable
  - Serialized Fields
    - m_frame
```
java.awt.Frame m_frame
```
      frame if run standalone, null if run as applet.
    - m_viewer
```
PvViewer m_viewer
```
      3D-viewer window for graphics output and which is embedded into the applet.
- Class vgp.tutor.transform.PjTransform extends PjProject implements Serializable
  - Serialized Fields
    - m_surfaceSave
```
PgPolygonSet m_surfaceSave
```
      Saved initial surface.
    - m_surface
```
PgPolygonSet m_surface
```
      Shown surface in 4D space.
    - m_angleXW
```
PuDouble m_angleXW
```
      Rotation around xw axis.
    - m_angleYW
```
PuDouble m_angleYW
```
      Rotation around yw axis.
    - m_angleZW
```
PuDouble m_angleZW
```
      Rotation around zw axis.
    - m_modelMat
```
PdMatrix m_modelMat
```
      Transformation matrix in space form.
    - m_angleXWPrev
```
double m_angleXWPrev
```
      Save previous values of angle.
    - m_angleYWPrev
```
double m_angleYWPrev
```
      Save previous values of angle.
    - m_angleZWPrev
```
double m_angleZWPrev
```
      Save previous values of angle.
- Class vgp.tutor.transform.PjTransform_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjTransform
```
PjTransform m_pjTransform
```
    - m_pBounds
```
PsPanel m_pBounds
```
    - m_bReset
```
java.awt.Button m_bReset
```
Package vgp.tutor.updatePanel
- Class vgp.tutor.updatePanel.MyClass extends PsObject implements Serializable
  - Serialized Fields
    - m_state
```
boolean m_state
```
      Boolean flag.
    - m_topics
```
java.lang.String[] m_topics
```
      Entries of a list.
    - m_selectedTopic
```
int m_selectedTopic
```
      Selected entry in list.
    - m_text
```
java.lang.String m_text
```
      Text string.
- Class vgp.tutor.updatePanel.MyClass_IP extends PsPanel implements Serializable
  - Serialized Fields
    - m_myParent
```
MyClass m_myParent
```
    - m_bReset
```
java.awt.Button m_bReset
```
      Button instance variables have prefix m_b followed by name.
    - m_cState
```
java.awt.Checkbox m_cState
```
      Checkbox and choice instance variables have prefix m_c followed by name.
    - m_lSelect
```
java.awt.List m_lSelect
```
      List instance variables have prefix m_l followed by name.
    - m_lCurr
```
java.awt.Label m_lCurr
```
      Label instance variables have prefix m_l followed by name.
    - m_tText
```
java.awt.TextField m_tText
```
      Text field instance variables have prefix m_t followed by name.
Package vgp.tutor.vectorField
- Class vgp.tutor.vectorField.PaVectorField extends java.applet.Applet implements Serializable
  - Serialized Fields
    - m_frame
```
java.awt.Frame m_frame
```
      frame if run standalone, null if run as applet
    - m_viewer
```
PvViewer m_viewer
```
      3D-viewer window for graphics output and which is embedded into the applet
    - m_drawString
```
java.lang.String m_drawString
```
      Message string drawn in applet while loading. Modify string with drawMessage().
- Class vgp.tutor.vectorField.PjVectorField extends PjProject implements Serializable
  - Serialized Fields
    - m_geom
```
PgDomain m_geom
```
      Base geometry is a rectangular grid which carries the vector field.
    - m_vf
```
PgVectorField m_vf
```
      Vector field, associated with base geometry.
    - m_fieldType
```
PiVector m_fieldType
```
      Types of singularities. Possible values are GRADIENT, ROTATION etc.
    - m_fieldTypeSelection
```
int m_fieldTypeSelection
```
      Current selection of type of singularity.
    - m_radiusForEach
```
PdVector m_radiusForEach
```
      Ratio of decay of singularities.
    - m_center
```
PgPointSet m_center
```
      Singularities of potential.
    - m_radius
```
PuDouble m_radius
```
      Radius of influence of each potential.
- Class vgp.tutor.vectorField.PjVectorField_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjVectorfield
```
PjVectorField m_pjVectorfield
```
    - m_tabPanel
```
PsTabPanel m_tabPanel
```
    - m_pPotential
```
PsPanel m_pPotential
```
    - m_gField
```
java.awt.CheckboxGroup m_gField
```
    - m_cGradient
```
java.awt.Checkbox m_cGradient
```
    - m_cRotation
```
java.awt.Checkbox m_cRotation
```
Package vgp.vector.hodge
- Class vgp.vector.hodge.PaHodge extends PsApplet implements Serializable
- Class vgp.vector.hodge.PjHodge extends PjProject implements Serializable
  - Serialized Fields
    - m_domain
```
PgDomain m_domain
```
      Base geometry is a rectangular grid which carries the vector field.
    - m_hodge
```
PwHodge m_hodge
```
      Hodge decomposition routine.
    - m_vec
```
PwVectorField m_vec
```
      Vector field generator.
- Class vgp.vector.hodge.PjHodge_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_PjHodge
```
PjHodge m_PjHodge
```
    - m_tabPanel
```
PsTabPanel m_tabPanel
```
Package vgp.vector.lic
- Class vgp.vector.lic.PaLIC extends PsApplet implements Serializable
- Class vgp.vector.lic.PjLIC extends PjProject implements Serializable
  - Serialized Fields
    - m_domain
```
PgDomain m_domain
```
      Base geometry is a rectangular grid which carries the vector field.
    - m_descr
```
PgDomainDescr m_descr
```
      Descriptor of based geometry.
    - m_vec
```
PwVectorField m_vec
```
      Vector field generator.
    - m_lic
```
PwLIC m_lic
```
      LIC workshop.
- Class vgp.vector.lic.PjLIC_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjLIC
```
PjLIC m_pjLIC
```
    - m_tabPanel
```
PsTabPanel m_tabPanel
```
    - m_miscPanel
```
PsPanel m_miscPanel
```
Package vgp.vector.rungeKutta
- Class vgp.vector.rungeKutta.PaRungeKutta extends PsApplet implements Serializable
- Class vgp.vector.rungeKutta.PjRungeKutta extends PjProject implements Serializable
  - Serialized Fields
    - m_method
```
int m_method
```
      Determines polygon integration method used in calculateRepresentations.
      
      See Also:
      PjRungeKutta.PROJECTION, PjRungeKutta.GEODESIC, PjRungeKutta.GEODESIC2, PjRungeKutta.GEODESIC3
    - m_fileName
```
java.lang.String m_fileName
```
      Name of currently opened geometry file.
    - m_import
```
PjImportModel m_import
```
      Loads surface models from the net or local disk.
    - m_geom
```
PgElementSet m_geom
```
      The loaded surface model.
    - m_poly
```
PgPolygonOnElementSet m_poly
```
      Integral line that is computed by a runge-kutta-method.
    - m_length
```
PuDouble m_length
```
      Length of the integral line.
    - m_discr
```
PuInteger m_discr
```
      Discretization of the integral line.
    - m_altvec
```
PdBaryDir[][] m_altvec
```
      Calculated vector representations.
    - m_LICSize
```
PuInteger m_LICSize
```
      Size of quadratic LIC texture image.
    - m_origvec
```
PdBaryDir[] m_origvec
```
      Original tangential vectors at vertices. size: geom.getNumVertices().
    - m_origelem
```
int[] m_origelem
```
      Global element indices of elements that define the vectors in m_origvec.
    - m_origlocvertind
```
int[] m_origlocvertind
```
      Local vertex index of base vertex of vector m_origvec in element m_origelem.
    - m_elemInd
```
int m_elemInd
```
      Global element index of initial point for integral line m_poly.
    - m_bary
```
PdBary m_bary
```
      Initial barycentric point for integral line m_poly.
    - m_vec
```
PgVectorField m_vec
```
      Visual 3D-vector field that is the 3D-representation of m_origvec.
    - m_bFast
```
boolean m_bFast
```
      If fast is on, an euler-method is used for integration and not a 4th-order runge-kutta.
    - m_ode
```
PnGeodesicRK m_ode
```
      Geodesic Runge-Kutta method that is used to get integral lines
    - m_time
```
double m_time
```
      Time it took to calculate LIC texture.
    - m_thread
```
java.lang.Thread m_thread
```
      Thread that executes the LIC texture calculation.
    - m_bRunning
```
boolean m_bRunning
```
      Determines if lic computation is currently running.
    - m_bRedraw
```
boolean m_bRedraw
```
      Determines if lic computation is currently running.
    - m_bLicCalc
```
java.awt.Button m_bLicCalc
```
      Reference to button of info panel since label of lic button will change during running calculation.
      HACK: Button is assigned from info inspector.
- Class vgp.vector.rungeKutta.PjRungeKutta_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_pjRungeKutta
```
PjRungeKutta m_pjRungeKutta
```
    - m_tabPanel
```
PsTabPanel m_tabPanel
```
    - m_pIntegral
```
PsPanel m_pIntegral
```
    - m_pAllVec
```
PsPanel m_pAllVec
```
    - m_pLicSize
```
java.awt.Panel m_pLicSize
```
    - m_lLicTime
```
java.awt.Label m_lLicTime
```
    - m_bLicCalc
```
java.awt.Button m_bLicCalc
```
    - m_cProj
```
java.awt.Checkbox m_cProj
```
    - m_cGeod
```
java.awt.Checkbox m_cGeod
```
    - m_cGeod2
```
java.awt.Checkbox m_cGeod2
```
    - m_cGeod3
```
java.awt.Checkbox m_cGeod3
```
    - m_cgType
```
java.awt.CheckboxGroup m_cgType
```
    - m_cFast
```
java.awt.Checkbox m_cFast
```
    - m_cRedraw
```
java.awt.Checkbox m_cRedraw
```
Package vgp.vector.translation
- Class vgp.vector.translation.PaTranslation extends PsApplet implements Serializable
- Class vgp.vector.translation.PjTranslation extends PjProject implements Serializable
  - Serialized Fields
    - m_import
```
PjImportModel m_import
```
    - m_defFileName
```
java.lang.String m_defFileName
```
      Default model shown if no model passed as command line argument.
    - m_fileName
```
java.lang.String m_fileName
```
      Initial full file name of geometry, then handled and changed by PjImportModel.
    - m_geom
```
PgElementSet m_geom
```
      Surface geometry on which polygon is drawn.
    - m_poly
```
PgPolygonOnElementSet m_poly
```
      Hand drawn polygon on base geometry.
    - m_addPoly
```
PgPolygonOnElementSet m_addPoly
```
      Helper polygon used in computation of hand drawn polygon.
    - m_normalBase
```
PgPointSet m_normalBase
```
      Base point set of normal vector.
    - m_normalVec
```
PgVectorField m_normalVec
```
      Normal vector which is shown along polygon.
    - m_position
```
PuDouble m_position
```
      Position of normal vector on polygon varies in [o,length(polygon)].
    - m_angle
```
PuDouble m_angle
```
      Turning angle of normal vector.
    - m_bShowBackside
```
boolean m_bShowBackside
```
      Flag if backside of geometry is visible.
    - m_bShowField
```
boolean m_bShowField
```
      Flag if normal vector is visible.
- Class vgp.vector.translation.PjTranslation_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_prj
```
PjTranslation m_prj
```
    - m_pImport
```
PsPanel m_pImport
```
    - m_pSlider
```
PsPanel m_pSlider
```
    - m_cShowBackside
```
java.awt.Checkbox m_cShowBackside
```
    - m_cShowField
```
java.awt.Checkbox m_cShowField
```
    - m_bReset
```
java.awt.Button m_bReset
```
Package vgp.volume.mc
- Class vgp.volume.mc.PaMarchingCubes extends PsApplet implements Serializable
- Class vgp.volume.mc.PjMarchingCubes extends PjProject implements Serializable
  - Serialized Fields
    - m_threshold
```
PuDouble m_threshold
```
      Add ring button.
    - m_geom
```
PgElementSet m_geom
```
      Geometry.
    - m_boundingBox
```
PgElementSet m_boundingBox
```
      Bounding box.
    - m_function
```
PuFunction m_function
```
      Function.
    - m_dimX
```
PuInteger m_dimX
```
      Number of sample points in x direction.
    - m_dimY
```
PuInteger m_dimY
```
      Number of sample points in y direction.
    - m_dimZ
```
PuInteger m_dimZ
```
      Number of sample points in z direction.
    - m_xFrom
```
PuDouble m_xFrom
```
      Lower x border for bounding box.
    - m_xTo
```
PuDouble m_xTo
```
      Upper x border for bounding box.
    - m_yFrom
```
PuDouble m_yFrom
```
      Lower y border for bounding box.
    - m_yTo
```
PuDouble m_yTo
```
      Upper y border for bounding box.
    - m_zFrom
```
PuDouble m_zFrom
```
      Lower z border for bounding box.
    - m_zTo
```
PuDouble m_zTo
```
      Upper z border for bounding box.
    - m_weighting
```
boolean m_weighting
```
      Whether to enable weighting.
    - m_orientate
```
boolean m_orientate
```
      Whether to orientate the surface.
    - m_autoUpdate
```
boolean m_autoUpdate
```
      Whether the project should update, when some states have changed.
- Class vgp.volume.mc.PjMarchingCubes_IP extends PjProject_IP implements Serializable
  - Serialized Fields
    - m_projectPanel
```
PsPanel m_projectPanel
```
      Panel with buttons to change the actual geometry.
    - m_pjMarchingCubes
```
PjMarchingCubes m_pjMarchingCubes
```
      Parent project.
    - m_weighting
```
java.awt.Checkbox m_weighting
```
      Whether to enable weighting.
    - m_orientate
```
java.awt.Checkbox m_orientate
```
      Whether to orientate the surface.
    - m_autoUpdate
```
java.awt.Checkbox m_autoUpdate
```
      Whether the project should update, when some states have changed.
    - m_updateButton
```
java.awt.Button m_updateButton
```
      Button to invoke an update event.
- Class vgp.volume.mc.PnPassedFunction extends PnFunction implements Serializable
  - Serialized Fields
    - m_function
```
PuFunction m_function
```
      The function to evaluate.

Serialized Form

Package jv.anim

Class jv.anim.PsAnimation extends PsObject implements Serializable

Serialized Fields

m_dynamicList

m_modal

m_globalTime

m_currentTime

m_speedType

m_timeIncr

m_sleepInterval

m_repeat

m_syncFlag

m_enableKeys

m_interpolType

m_position

Class jv.anim.PsAnimation_IP extends PsPanel implements Serializable

Serialized Fields

m_anim

m_gCheckbox

m_cOneWay

m_cLoop

m_cBackForth

m_cInterpolate

m_pKeyframe

m_bRewind

m_bStart

m_bStop

m_bForward

m_bFirstKey

m_bPreviousKey

m_bNextKey

m_bLastKey

m_labelPanel

m_pKeyButtonPanel

Class jv.anim.PsKey extends PsObject implements Serializable

Serialized Fields

m_time

m_geom

Class jv.anim.PsKeyframe extends PgGeometry implements Serializable

Serialized Fields

m_currentTime

m_inter

m_list

m_className

m_bShowKeysOnly

m_anim

Class jv.anim.PsTimeEvent extends java.lang.Object implements Serializable

Serialized Fields

m_time

Package jv.function

Class jv.function.PuFunction extends PsObject implements Serializable

Serialized Fields

m_numVariables

m_numFunctions

m_numParameters

m_expr

m_exprString

m_defExprString

m_exprName

m_varName

m_var

m_parm

m_slider

Class jv.function.PuFunction_IP extends PsPanel implements Serializable

Serialized Fields

m_function

m_textLength

m_textExpr

m_numFunctions

m_pFunction

m_numSliders

m_pSlider

Package jv.geom

Class jv.geom.PgBndConstraint extends PsObject implements Serializable

Serialized Fields

m_dim

m_shape

m_start

m_end