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true, if this InputHandler accepts
consumed InputEvents (per default the setting is false).
true, the filter accepts
Objects that are instances of at least one class stored at
this filter.
true, the filter accepts
Objects that are instances of at least one class stored at
this filter.
GraphElements
GraphElements
true, if the TraceObject is in access mode,
that means it can fast access special recorded object instances.
x.
DisplayObject became active
DisplayObject became active
this DisplayInteractiveObject if it
supports activation.
this DisplayInteractiveObject if it
supports activation.
DrawEvent.ACTIVATE,
DrawEvent.ACTIVATE_ELEMENT,DrawEvent.DEACTIVATE)
true, if this MouseHandler
activates the top level elements itself.
DisplayObjects. true, if this
DisplayInteractiveObject is active.
Painter active level 1.
Painter active level 2.
Painter active level 3.
Painter active level 4.
TreeItem into the tree.
TreeItem item into the tree.
Enumeration of the keys of the list list
into this ConcatEnumeration.
SimpleList, Queue, Stack) to the Sorter.
SimpleList.add(gishur.core.ListItem)-method for boolean-values.
add for boolean.
boolean-value b to _data.
boolean-array o.
boolean-array o.
char-value c to _data.
char-array o.
char-array o.
Class object to the list of classes accepted / rejected
by this filter (depends on ClassFilter.acceptMode()).
ClassFilter.acceptMode()).
Color to its name.
SimpleList.add(gishur.core.ListItem)-method for double-values.
add for double.
double-value d to _data.
double-array o.
double-array o.
drw as child at the end
of the group.
DrawObject drw at the end of the group.
DrawObject drw at the end of the layer.
DrawObject drw at the end of the group.
DrawObject drw at the end of the layer.
this properties list.
DrawShadow drw at the end of the layer.
DrawShadow drw at the end of
this DrawShadow.
Enumeration of classes to the list of classes
accepted / rejected by this filter (depends on ClassFilter.acceptMode()).
Enumeration enum into this ConcatEnumeration.
java.util.Enumeration-object enum
to the Sorter.
Enumeration of Strings to the list of
strings accepted / rejected by this filter (depends on NameFilter.acceptMode()).
SimpleList.add(gishur.core.ListItem)-method for float-values.
add for float.
float-value f to _data.
float-array o.
float-array o.
InputHandler drw at the end of the layer.
InputHandler drw at the end of the layer.
InputHandler drw at the end of the layer.
InputHandler drw at the end of the layer.
SimpleList.add(gishur.core.ListItem)-method for int-values.
add for int.
int-value i to _data.
int-array o.
int-array o.
Layer to the list of zoomed Layers.
Layer layer at the end of the layer list.
Layer to the list of zoomed Layers.
Layer to the list of Layers.
item at the end of the list.
length ListItems from the ListItem array
array beginning with the index startindex after the
ListItem base.
count beginning
with item after the element base into the list.
SimpleList.add(gishur.core.ListItem)-method for long-values.
add for long.
long-value l to _data.
long-array o.
long-array o.
n.
n.
n.
object to the end of the list.
TreeItem with key key into the tree
at the right place.
o to _data.
Object-array o.
o to _data.
TreeItem with key and valueinto the
tree at the right place.
Object to its target Object.
String object to the list of strings accepted / rejected
by this filter (depends on NameFilter.acceptMode()).
Strings to the list of strings accepted /
rejected by this filter (depends on NameFilter.acceptMode()).
TreeItem item at the right place into the tree.
TreeItem n as child no.
this vector to v.
this Painters bounds.
this
Painters bounds.
EventListener to this
DisplayObject.
Filter to the filter pipeline.
Filter to the Filter-pipeline so that the
move of the Cursor will furthermore happen on only these elments
which are not filtered out by f and the other
registered Filters.
Filter to the Filter-pipeline so that the
move of the Cursor will furthermore happen on only these elments
which are not filtered out by f and the other
registered Filters.
GeneralAWTEventListener to receive all
AWTEvents from this DisplayManager.
Filter to the Filter-pipeline so that the
move of the Cursor will furthermore happen on only these elments
which are not filtered out by f and the other
registered Filters.
Filter to the Filter-pipeline so that the
move of the Cursor will furthermore happen on only these elments
which are not filtered out by f and the other
registered Filters.
Filter to the Filter-pipeline so that the
move of the Cursor will furthermore happen on only these elments
which are not filtered out by f and the other
registered Filters.
ModifyListener to receive ModifyEvents
from this DisplayManager.
GraphElement owned by o.
Painter at the end of the current
painter list.
this DrawAtoms
properties list.
Filter, that may be used to filter adjacent
GraphElements.AdjacentFilter with the adjacent element
given.
TreeItem has been inserted into the tree.
TreeItem has been removed from the tree.
Painter according to this
Alignment relatively to the given source-Painter.
Painter according to this
Alignment relatively to the given source-Painter.
Painter according to this
Alignment relatively to the given source-Painter.
Painter according to this
Alignment relatively to the given absolute point (ignoring
source-alignment settings).
Alignment.
Alignment.
Alignment.
this Painter at the given DrawObject.
this Painter relatively to the given point.
true, if the modifiers of the given MouseEvent
contains all of the values of the given button mask.
ListView.SHOW_KEYS etc.)
ListView.ALLOW_NEXTPREV | ListView.ALLOW_STATISTICS | ListView.SHOW_FIRST | ListView.SHOW_LAST | ListView.SHOW_ITEMStrue, if this tree allows elements with equal keys.
(0,0)-(x,y) and the x-axe.
(x1,y1)-(x,y)-(x2,y2) (in Radiant).
this and
q with the abscissa (x-axis).
q-this-r (in Radiant).
connect(link,forward).
connect(link,forward).
BasicTreeItem.connect(TreeItem, int).
TreeItem.connect(TreeItem, int).
ArrayEnumeration enumerates arrays (of Objects) via
the Enumeration interface of java.util.ArrayEnumeration, that enumerates the given
array.
ArrayEnumeration, that enumerates the given
sub-array.
x.
ListItem with index index.
ListItem at the index index.
x.
ListItem, which only contains connections and an owner, but no
object or key.TreeItem. TreeItem that is able to own up to maxrank
children.
TreeItem is inserted into the tree.
TreeItem is removed from the tree.
TraverseAlgorithmCursor.
Algorithm class to perform the
Breadth-first search algorithm on an arbitrary Graph.
BFS-object which can perform
BFS on the given Graph G starting from Node
s.
Graph.
Graph.
TraverseAlgorithmCursor.BFSCursor on the given Graph starting at
the given Node.
BFSCursor on the given Graph starting at
the given Node with the specified mode.
BFSCursor on the given Graph starting at
the given Node with the specified mode.
BasicTree. BinarySearchTree using the Comparitor comparitor
and the definition whether smaller keys shall be sorted to the left or to
the right side of the tree.
Sorter.BinSearch(Object[],int,int,Object), except that the search
takes place in the sorted data array of this Sorter.
Sorter.BinSearch(int,int,Object), but without interval bounds the whole data array will
be searched.
Object o in interval from 1 to r of the sorted
array array.
Edge in the minimum-spanning-tree.
root.
DrawObject.repaint() calls at this drawing hierachy.
TypeFormat, that handles boolean values.BooleanTypeFormat.
==Alignment.RIGHT).
Stack.
Cursor to the last element.
Cursor to the last element.
Cursor to the last element.
Sorter.BubbleSort() performed on a BasicList.
Sorter.BubbleSort() directly called with an array of chars.
Sorter.BubbleSort() directly called with an array of chars and an interval bounds
specification.
Sorter.BubbleSort() directly called with an array of doubles.
Sorter.BubbleSort() directly called with an array of doubles and an interval bounds
specification.
Sorter.BubbleSort() performed on an Enumeration.
Sorter.BubbleSort() directly called with an array of floats.
Sorter.BubbleSort() directly called with an array of floats and an interval bounds
specification.
Sorter.BubbleSort() directly called with an array of ints.
Sorter.BubbleSort() directly called with an array of ints and an interval bounds
specification.
Sorter.BubbleSort() directly called with an array of longs.
Sorter.BubbleSort() directly called with an array of longs and an interval bounds
specification.
Sorter.BubbleSort() directly called with an array of Objects.
Sorter.BubbleSort() directly called with an array of Objects and an interval bounds
specification.
Painter, that lies nearest to the given point.
Painter, that lies nearest to the given point.
DisplayObject, that lies nearest to the given point.
Painter, that lies nearest to the given point.
DisplayObject, that lies nearest to the given point.
x or
null if no such point exists.
x
from the source point (src==true) resp. from the target point
(src==false).
true if capacity check is active, and false otherwise.
access are
permitted for this ListView object, otherwise this method returns
false.
GraphElement.
GraphElement.checkAccess(int, java.lang.Object).
GraphElement.checkAccess(int, java.lang.Object).
GraphElement.checkAccess(int, java.lang.Object) method, working the
same way.
DisplayInteractiveObject.activate().
DisplayInteractiveObject.activate().
DisplayInteractiveObject.activate().
DisplayInteractiveObject.activate().
state is binary inverse to the internal state.
pos within the
tree structure.
Filter, that accepts (rejects) an Object, if it is
(not) an instance of a (any) class stored. Stack.
Sorter.
this DrawAtom.
DrawObject from this group.
DrawObjects from this layer.
DrawObjects from this layer.
DrawObjects from this layer.
this DrawObject and at all
members.
this PropertyStatusReader.
this ListItem.
TreeItem.
this ListItem.
TreeItem.
SourcePropertyAdapter entries.
state's inverse.
start to end.
CloneableCloneablethis object.
ControlledCloneable.
this object.
ControlledCloneable.
ControlledCloneable.
ControlledCloneableControlledCloneable.
gishur.core.ControlledClonebale.
ControlledCloneable.
ControlledCloneable.
ControlledCloneable.
ControlledCloneable.
ControlledCloneable.
this object.
this object.
this object.
Object.clone() method in class Object
that it is legal for that method to make a field-for-field
copy of instances of that class.p.
(x,y) and stores them together with their DrawAtom.locate(int, int)-value
in the List l.
SourcePropertyAdapter, that maps a palette of colors to
specified names. ColorNameAdapter, which gets its colors
from the given SourcePropertyAdapter.
ColorNameAdapter, which gets its colors
from the given SourcePropertyAdapter.
java.lang.Boolean-objects.
Character-objects using their
charValue()-method.
java.lang.Numbers.
o1 and o2 using the order
Comparitor.compare(Object,Object).
Comparitor.compare(java.lang.Object, java.lang.Object).
o1 and o2 using the
Comparitor defined in construction of this
SweepEventComparitor.
Comparitor.compare(java.lang.Object, java.lang.Object)-method which accepts only two java.lang.Objects.
Strings using the compareTo(String)
-method of class String in package java.lang.
CompareException will indicate an error occurring at the comparison
of two objects. RuntimeException() constructor.
c effected this
exception together with their Comparitor into this CompareException.
CompareException with a string using
the inherited RuntimeException(String) constructor.
n.
n.
Comparitor-object which tried to perform the comparison.
Comparitor used to compare the elements of this FibonacciHeap.
Comparitor which performs the comparison of keys in
this SweepEventComparitor.
Comparitor used to compare the elements of this PriorityQueue
Comparitor-object that is used to compare the keys in
this tree.
BasicList L to this list.
ConcatEnumeration-object is an Enumeration that enumerates some
Enumerations. Enumeration enum.
Enumerations enum1 and enum2.
this ListItem to the ListItem
link.
this ListItem to the ListItem
link.
TreeItem to another one given by node,
setting this node as child no.
TreeItem to another one given by node,
setting this node as child no.
root as child no.
DrawEvent.INSERT,DrawEvent.REMOVE)
DisplayObjects. AWTEvents that may be consumed.
Graph contains the given Node.
true, if the specified point hits the Painter.
Shape.
this EllipseShape.
true, if the specified point hits this
or the linked Painter.
Shape.
Shape entirely contains
the specified rectangular area.
this EllipseShape entirely
contains the specified rectangular area.
Shape entirely contains
the specified rectangular area.
true, if the list contains the ListItem
item.
true, if ListItem item is part of this
list.
ListItem item is contained in the
list.
true, if object is stored in this Queue.
true, if this list contains the object object.
true if this Stack contains
object.
object is contained in the list.
Point is inside the boundary
of the Shape.
Point is inside the boundary
of the EllipseShape.
Point is inside the boundary
of the Shape.
Point is inside the boundary
of the Shape.
TreeItem node is part of the tree.
true, if the TreeItem node is
part of the tree.
DrawAtom is registered as view
on this ModelController.
ControlledCloneable interface
indicates to the Object.clone() method in class Object
that it is legal for that method to make a field-for-field
copy of instances of that class.ModelController.
ModelController.
0
and 1.
i from the given flow
and returns the - adapted - color value.
i from the given flow
and returns the - adapted - value.
ListItems into an array.
Stack into an array.
ListItems into an array.
this is immutable, the clone won't be
till the first modification.
this is immutable, the clone won't be
till the first modification.
FloatPoint with fp's coordinates.
start and ending with end or containing not more
than count elements altogether.
start and ending with end or containing not more
than count elements altogether.
start and ending with end or containing not more
than count elements altogether.
TreeItem start
as root.
x.
linktype.
root.
Graph which is preset to be directed.
Graph which is preset to be directed and has the
given name.
Comparitor
comparitor.
Comparitor
comparitor.
Flow object with key
key.
Flow object with key
key.
color and that will be halftransparent if the given flag
is true.
color and that will be halftransparent if the given flag
is true.
Components Component.createImage(int, int) method.
(x1,y1) and (x2,y2).
source and target.
this point
and p.
Painter object.
Painter object.
Painter object.
Painter object.
Painter object.
Painter object.
Painter object.
Painter object.
Painter object.
Painter object.
Painter object.
Painter object.
Painter object.
Painter object.
(x1,y1) through (x2,y2).
target that points in direction
dir (from target) and has slope slope.
source that points in direction
dir and has slope slope.
source through target.
(x1,y1) and target point
(x2,y2).
source and target point
target.
comparitor
comparitor in the order defined by smallfirst.
TraceObject with the given name.
Graph which is preset to be undirected.
Graph which is preset to be undirected and has the
given name.
Cursor. Cursor object which allows
to scope through the GraphElements connected
to this one.
Cursor object which allows
to scope through the GraphElements connected
to this one.
Cursor-interface. start and ending with
end or after count
steps (if count>0) from the list.
root from
the tree and returns the total number of removed elements.
dist ListItems. (if
dist<0, a right shift is performed)
dist positions
item is the first element of the
list.
item the first element.
ListItem which is situated count steps
in forward direction from base (or null, if base
is not part of this list).
ListItem, which is count steps away from
base considering the list as cyclic list (or null,
if base does not belong to the list).
ListItem which is situated count steps
in forward direction from base (or null, if base
is not part of this list).
ListItem, which is count steps
away from base considering the list as cyclic list (or
null, if base does not belong to the list).
DisplayObject became inactive
this DisplayObject.
Comparitor.SMALLER than the current key of p.
Comparitor.SMALLER than the current key of p.
this object should be cloned deep.
Node.
Point like a distance
vector (neglecting translations possibly represented by this AffineTransformation)
and returns its result as a new Point.
FloatPoint-objects)
to a relative distance vector array in screen coordinates.
XObject without applying the
translation components of the affine transformation matrix
using the following equations:
[ x' ] [ m00 m01 (m02) ] [ x ] [ m00x + m01y ]
[ y' ] = [ m10 m11 (m12) ] [ y ] = [ m10x + m11y ]
[ (1) ] [ (0) (0) ( 1 ) ] [ (1) ] [ (1) ]
The transformed XObject will be a new instance of the
given XObject.
XObject without applying the
translation components of the affine transformation matrix
using the following equations:
[ x' ] [ m00 m01 (m02) ] [ x ] [ m00x + m01y ]
[ y' ] = [ m10 m11 (m12) ] [ y ] = [ m10x + m11y ]
[ (1) ] [ (0) (0) ( 1 ) ] [ (1) ] [ (1) ]
The transformed XObject will be a new instance of the
given XObject.
XObjects without applying the
translation components of the affine transformation matrix
using the following equations:
[ x' ] [ m00 m01 (m02) ] [ x ] [ m00x + m01y ]
[ y' ] = [ m10 m11 (m12) ] [ y ] = [ m10x + m11y ]
[ (1) ] [ (0) (0) ( 1 ) ] [ (1) ] [ (1) ]
The transformed XObjects will be a new instances of the
given XObjects.
XObjects without applying the
translation components of the affine transformation matrix
using the following equations:
[ x' ] [ m00 m01 (m02) ] [ x ] [ m00x + m01y ]
[ y' ] = [ m10 m11 (m12) ] [ y ] = [ m10x + m11y ]
[ (1) ] [ (0) (0) ( 1 ) ] [ (1) ] [ (1) ]
The transformed XObjects will be a new instances of the
given XObjects.
XObjects without applying the
translation components of the affine transformation matrix
using the following equations:
[ x' ] [ m00 m01 (m02) ] [ x ] [ m00x + m01y ]
[ y' ] = [ m10 m11 (m12) ] [ y ] = [ m10x + m11y ]
[ (1) ] [ (0) (0) ( 1 ) ] [ (1) ] [ (1) ]
The transformed XObjects will be a new instances of the
given XObjects.
XObjects without applying the
translation components of the affine transformation matrix
using the following equations:
[ x' ] [ m00 m01 (m02) ] [ x ] [ m00x + m01y ]
[ y' ] = [ m10 m11 (m12) ] [ y ] = [ m10x + m11y ]
[ (1) ] [ (0) (0) ( 1 ) ] [ (1) ] [ (1) ]
The transformed XObjects will be a new instances of the
given XObjects.
DrawDependency of this DisplayGraphElement.
DrawDependency of this DrawObject.
DisplayObject was deselected
Graph g.
Graph g.
DFS.dfs(Graph,Node,Tracer) and
DFS.dfs(Graph,Node,String).
Graph g.
TraverseAlgorithmCursor.DFSCursor on the given Graph starting at
the given Node.
DFSCursor on the given Graph starting at
the given Node with the specified mode.
DFSCursor on the given Graph starting at
the given Node with the specified mode.
DialogFrame with a given title.
gishur.core.algorithm.Algorithm class to perform the
Single Source Shortest Path algorithm on an arbitrary Graph.
Dijkstra-object which can perform
the single sourse shortest path algorithm on the given Graph G with the Node
s as source.
TraverseAlgorithmCursor.
DijkstraCursor on the given Graph starting at
the given Node.
DijkstraCursor on the given Graph starting at
the given Node.
DijkstraCursor on the given Graph starting at
the given Node with the specified mode.
DijkstraCursor on the given Graph starting at
the given Node with the specified mode.
Graph type constant indicating a directed Graph
Graph.DIRECTED if the graph is directed and Graph.UNDIRECTED
otherwise.
DrawAtom became dirty
DrawEvent.DIRTY)
DisplayObjects.InputHandler was disabled
this InputHandler.
this InputLayer.
this DrawObject.
e.
e.
e.
{
e.
ModifyEvent.
DisplayObject for Representation of an Edge.
Graph.DisplayGraph for the given Graph using the
default visualization (registered under the name
default_visualization).
DisplayGraph for the Graph controlled by
the given ModelController using the default visualization
(registered under the name default_visualization).
DisplayGraph for the given Graph using the
specified visualization.
DisplayGraph for the Graph controlled by
the given ModelController using the specified visualization.
DisplayNode and DisplayEdge.DisplayGraphElement which uses
the specified property prefix for all properties it needs.
DisplayInteractiveModel is an extension of
DisplayInteractiveObject for displaying
of models controlled by a ModelController.DisplayInteractiveModel which uses
the specified property prefix for all properties it needs.
DisplayInteractiveObject which uses
the specified property prefix for all properties it needs.
DisplayManager that manages the redrawing.
DisplayManager that manages the redrawing.
DrawManager.
DisplayModel is an extension of DisplayMultiLevelObject
for displaying of models controlled by a ModelController.DisplayModel which uses the given
prefix for all properties.
DisplayObject representing a Node. DisplayObject which uses the given
prefix for all properties.
DisplayXObject which uses
the specified property prefix for all properties it needs.
DisplayXObject which uses
the specified property prefix for all properties it needs.
XPoint class of the core package.
XPoint class of the core package.
ModelController (that must have a XPoint object
as source object (model).
ModelController (that must have a XPoint object
as source object (model).
XPoint via the construction of a new ModelController.
XPoint via the construction of a new ModelController.
XPolygon class of the core package.
ModelController (that must have a XPolygon object
as source object (model).
XPolygon via the construction of a new ModelController.
XBaseline class of the
x package or the XRay, XLine and
XSegment classes derived from XBaseline.
XSegment class of the
core package.
ModelController (that must have a XSegment object
as source object (model).
ModelController (that must have a XSegment object
as source object (model).
XSegment via the construction of a new ModelController.
XSegment via the construction of a new ModelController.
p.
p.
n.
n.
n.
StaticImage class representing the image
~Gishur\images\docksymbols.gif.BasicTree.double_rotation(gishur.core.TreeItem, int, int) to make tree events usable for a binary search tree.
doubles.
MathNumber.
Graphics context.
Shape using the settings of the
Graphics context (if visible).
Shape using the settings of the
Graphics context (if visible).
Graphics context.
Shape using the settings of the
Graphics context.
this DrawAtom to the given
Graphics g.
this DrawAtom to the given
Graphics g.
this DrawAtom to the given
Graphics g.
this DrawAtom to the given
Graphics g.
this DrawAtom to the given
Graphics g.
this DrawAtom to the given
Graphics g.
this DrawAtom to the given
Graphics g.
this DrawAtom to the given
Graphics.
this Painter using the
given Graphics object and RenderContext for drawing,
and the given PropertyStatusReader for reading properties.
this Painter using the
given Graphics object and RenderContext for drawing,
and the given PropertyStatusReader for reading properties.
this Painter using the
given Graphics object and RenderContext for drawing,
and the given PropertyStatusReader for reading properties.
this Painter using the
given Graphics object and RenderContext for drawing,
and the given PropertyStatusReader for reading properties.
this Painter using the
given Graphics object and RenderContext for drawing,
and the given PropertyStatusReader for reading properties.
this Painter using the
given Graphics object and RenderContext for drawing,
and the given PropertyStatusReader for reading properties.
this Painter using the
given Graphics object and RenderContext for drawing,
and the given PropertyStatusReader for reading properties.
this Painter using the
given Graphics object and RenderContext for drawing,
and the given PropertyStatusReader for reading properties.
this Painter using the
given Graphics object and RenderContext for drawing,
and the given PropertyStatusReader for reading properties.
this Painter using the
given Graphics object and RenderContext for drawing,
and the given PropertyStatusReader for reading properties.
this Painter using the
given Graphics object and RenderContext for drawing,
and the given PropertyStatusReader for reading properties.
this Painter using the
given Graphics object and RenderContext for drawing,
and the given PropertyStatusReader for reading properties.
this Painter using the
given Graphics object and RenderContext for drawing,
and the given PropertyStatusReader for reading properties.
DrawAtom is the basis class for all classes in the rendering hierachy.
{DrawAtom and ID.
DrawAtoms. DrawAtom by screen positions.DisplayObject which uses the given
prefix for all properties.
DrawAtom.DrawShadow shadowing the given source
DrawAtom.
DrawShadow shadowing the given source
DrawAtom.
DrawShadow shadowing the given source
DrawAtom.
Tracer to record the algorithm steps.
Edge class for arbitrary Graphs. Edge,
if this is possible (i.e. the position is valid and points to an
Edge.
Edge.
i-th Edge of this Graph.
Edge with the i'th automatically generated name.
Node named with the given name.
Node named with the given name
and with key key.
Node named with the given name
and with key key and value value.
GraphCursor which is able to navigate over the
Edges of this Graph.
GraphCursor which is able to navigate over the
Edges of this Graph and whose starting position is
e.
GraphCursor, that enumerates the connected
Edges of the specified Node.
GraphCursor which is able to move over the
Edges connected to u inside this Graph.
GraphCursor which is able to move over the
Edges connected to u inside this Graph.
Graph.
Graph in the form
"edge1,edge2,..." where "edgek" is the GraphElement.SHORT or GraphElement.NORMAL string
representation of the k-th Edge.
Visualization class storing Visualization information for a DisplayEdge.Cursor points at the moment.
Cursor points at the moment.
Cursor points at the moment.
Cursor points at the moment.
step-th GraphElement from e which
is linked to this one in the way specified by linktype within Graph g.
i and column index
j (e.g.
i and column index
j (e.g.
i and column index
j (e.g.
java.util.Enumerator-object which enumerates all
elements of this queue.
java.util.Enumeration-object enumerating the
Stack's elements.
this object.
Shape interface.(0,0) and size (0,0).
true, if the list is empty.
true, if the queue is empty.
true if the Stack is empty.
true if the tree is empty.
true, if the tree is empty.
ListView.ALLOW_STATISTICS
true, if the container contains no Shape.
Enumeration.
InputHandler was enabled
DrawEvent.ENABLE,DrawEvent.DISABLE)
this InputHandler.
this InputLayer.
true, if the InputHandler is enabled and
ready to receive AWTEvents, otherwise false.
true, if the InputLayer is enabled,
otherwise false.
this DrawObject.
InputHandlers. DrawObject.
DrawObject.
root
constructing an Enumeration-object.
start to end
constructing an Enumeration-object.
ShapeContainer.ShapeEnumeration object which enumerates all
Shapes contained in the shape hierachy of this
ShapeContainer.
x and y as coordinates and checks, if
they differ less than FloatPoint.IDENTICAL from this points
coordinates.
this and o)
are equal.
this and o)
are equal.
this and o)
are equal.
true, if the InputLayer uses an extra
event thread for event processing.
Sweep.
TraverseAlgorithmCursor, that means, the
cursor traverses the whole Graph to the end.
#execute(SimpleNode,Tracer) without tracing algorithm
execution.
Graph
... algo beschreiben
Tracer.
Tracer.
java.lang.Math.StaticImage class representing the image
E:\Home\Wolf\Dokumente\Gishur\images\fancypoint.gif.Painter for points containing the image stored in FancyPoint.
{Style-class for points containig an image. FancyPointStyle.
PriorityQueue.
StdComparitor as Comparitor
for comparing FibonacciNodes
Comparitor for comparing
FibonacciNodes
KeyValueHolder.
StaticImage class representing the image
~Gishur\images\saveloadnew.gif.Graphics context.
Shape using the settings of the
Graphics context (if visible).
Shape using the settings of the
Graphics context (if visible).
Graphics context.
Shape using the settings of the
Graphics context.
GraphElement and creates
PropEntries for them.
Filter class provides a simple way to establish a pipeline
of filters in a conjunctive way. Filter in the Filter pipeline of
this GraphCursor.
this InputHandler and all of its members.
this InputHandler and all of its members.
ListItem item in the list and returns
it, or null, if it could not be found.
ListItem item and returns it, if it was
found, otherwise null is returned.
O in the chain.
ListItem in this list for which equals(Object)}
returned true or null if no such ListItem has been
found.
O in the chain.
TreeItem for which equals(key)
returns true in the whole tree.
ListItem containing the object O, i.e. for
which equals(O) returns true.
ListItem after start in this list for which equals(Object)
returned true or null if no such ListItem has been
found.
ListItem after start containing the
object O, i.e. for which equals(O) returns true.
ListItem from the interval between start and
end with the maximum length count (if
count>0), for which equals(O) is
true.
TreeItem whose equals(Object)-method
returns true with argument key.
TreeItem whose key equals key in
the sense of the equals(Object)-method.
root for a
TreeItem whose key is most similar to key,
using the Comparitor comparitor.
TreeItem in the tree, that is the
smallest of those which are bigger than key.
ListItem which is the 'smallest' among those, which
are 'bigger' than key.
ListItem, which is bigger than
key, using the comparitor comparitor.
ListItem which is the 'smallest' among those, which
are 'bigger' than key.
ListItem, which is bigger than
key, using the comparitor comparitor.
TreeItem in the tree, that is the
smallest of those which are bigger than key.
ListItem which stores an object of
class C.
ListItem containing an object of the class
C.
app-th ListItem from the interval between
start and end with the maximum length
count (if count>0), which contains an object of
class C as key.
ListItem after start which stores an object of
class C.
ListItem after start containing an
object of the class C.
i-th ListItem after start which stores an object of
class C.
ith ListItem after start
containing an object of the class C.
ListItem which comes
'closest' to key by using the Comparitor
comparitor.
ListItem of the chain and returns that ListItem.
ListItem of the chain and returns that ListItem.
ListItem in this List whose
BasicListItem.value() equals value.
ListItem in the list beginning from start,
whose BasicListItem.value() is equal to the value specified by value.
ListItem of the chain and returns that ListItem.
ListItem of the chain and returns that ListItem.
Painter with the given name.
TreeItem to which the key key would
be to attach if the order in the tree should be kept.
double-values.
double-values.
double-values.
TreeItem in the tree, that is the
biggest of those which are smaller than key.
ListItem which is the 'biggest' among those, which
are 'smaller' than key.
ListItem, which is smaller than
key, using the comparitor comparitor.
ListItem which is the 'biggest' among those, which
are 'smaller' than key.
ListItem, which is smaller than
key, using the comparitor comparitor.
TreeItem in the tree, that is the
biggest of those which are smaller than key.
ListItem of the list.
ListItem of this list.
TreeItem in the tree following the
order BasicTree.LEFT_ROOT_RIGHT_ORDER (symmetric order).
ListItem of the list.
Layer in the LayerManager.
TreeItem in the tree following
the traversal order defined by order.
TreeItem in the partial tree with root
root referring to the traversal-order defined by order.
Painter in the painter list.
Queue.
TreeItem v takes the place of u (and
his balance data).
this object should be cloned flat.
floats.
float coordinates.0,0.
double numbers as coordinates.
float numbers as coordinates.
FloatPoint which lies on the middle point of the
line between fp1 and fp2.
int numbers as coordinates.
java.awt.Point as argument.
Edge in a
FlowNetwork. Edge#setFlowData()).
Flow mapped to key.
SourcePropertyAdapter, that reads a flow
datas.FlowDataAdapter, which reads the given flow
and shifts its values by the given number and then scales this
value by the given factor.
true, if this DrawObject needs
the full screen as bounds.
FunctionNotSupportedException with no detail message.
FunctionNotSupportedException with the specified
detail message.
Symbolbar.
ZoomBar (according to
switched buttons).
ZoomBar (according to
switched buttons).
TraceBar (according to
switched buttons).
ListView.
Objects.
i as a boolean, if possible.
index as a boolean value, if possible.
_data which are instances
of java.lang.Boolean converted into boolean in sorted order.
boolean.
boolean.
DrawAtom in absolute screen coordinates.
this EllipseShape.
this EllipseShape.
this ShapeContainer.
Shape.
Shape.
Shape.
Shape.
Shape.
Shape.
Shape.
Shape.
Shape.
_data which are instances
of java.lang.Character converted into char in sorted order.
Comparitor for this Sorter.
java.awt.Component, that handles the input.
java.awt.Component, that handles the input.
java.awt.Component, that handles the input.
java.awt.Component, that handles the input.
java.awt.Component, that handles the input.
GraphElement, where
the Visualization is stored.
GraphElement, where
the Visualization is stored.
i and
j in the list.
i and
j.
ListItems i und
j within the list.
i as a double, if possible.
index as a double value, if possible.
_data which are instances
of java.lang.Number converted into double in sorted order.
double.
double.
TraverseAlgorithmCursor.getProperty(gishur.graph.core.GraphElement, java.lang.String) which is casted
to Edge, if this is possible, otherwise null.
GraphElement.getProperty(java.lang.String) which is casted
to Edge, if this is possible, otherwise null.
java.util.Enumeration-object enumerating the sorted data.
i as a float, if possible.
index as a float value, if possible.
_data which are instances
of java.lang.Number converted into float in sorted order.
float.
float.
java.awt.Font object.
TypeFormat should be handled.
TypeFormat should be handled.
TypeFormat should be handled.
TypeFormat should be handled.
TypeFormat should be handled.
TraverseAlgorithmCursor.getProperty(gishur.graph.core.GraphElement, java.lang.String) which is casted
to GraphElement, if this is possible, otherwise null.
GraphElement.getProperty(java.lang.String) which is casted
to GraphElement, if this is possible, otherwise null.
this EllipseShape.
SweepEvent.
Image object that can then be painted on
the screen.
ListItem within the chain, beginning from
the first or the last element.
ListItem within the chain, beginning from
the first or the last element.
ListItem i's index in the list,
starting with the first stored item.
i within the list,
counting from the first element.
ListItem i in the list,
counting from the first or the last element.
i as an int, if possible.
index as an int value, if possible.
_data which are instances
of java.lang.Number converted into int in sorted order.
int.
int.
ListItem with index index.
ListItem at the index index.
List.
ListItem, which is count steps away from
base in the list.
root into a chain of ListItems.
separator string and there is a
newline after roughly every width characters if
width>0.
ListView-object which enables full
reading access to a BasicList wihtout knowing the explicite type.
ListView-object which enables complete reading-access
to the list without knowing the explicite type.
ListView-object enabling complete read access to
the Stack without knowing its explicite type.
key is mapped
in the properties list of this DrawAtom.
i as a long, if possible.
index as a long value, if possible.
_data which are instances
of java.lang.Number converted into long in sorted order.
long.
long.
i-th algorithm method.
this XObject or a temporary mutable
clone of this XObject, depending on its mutability.
this XObject or a temporary mutable
clone of this XObject, depending on its mutability.
TraverseAlgorithmCursor.getProperty(gishur.graph.core.GraphElement, java.lang.String) which is casted
to Node, if this is possible, otherwise null.
GraphElement.getProperty(java.lang.String) which is casted
to Node, if this is possible, otherwise null.
ListItem.
ListItem.
Owner of this ListItem
Owner.
Painter created by a Style stored at the
style property of the given subtype.
java.awt.Point object.
List of all (not hidden) properties.
GraphElement
specific to this TraverseAlgorithmCursor, specified by
key.
GraphElement, specified by key.
key is mapped
in the properties list of this DrawAtom or (if no properties list is
assigned or the key is not contained) of the parent DrawAtom.
DrawAtom.
key is mapped
in this properties list.
GraphElement, specified by key.
key is mapped
in the properties list of this DrawAtom or (if no properties list is
assigned or the key is not contained) of the parent DrawAtom.
DrawAtom.
with a given default value if the property is not set.
PropertyStatusReader).
PropertyStatusReader).
PropertyStatusReader).
PropertyStatusReader).
PropertyStatusReader).
PropertyStatusReader).
PropertyStatusReader).
Queue.
this Painters bounding box.
TreeItem in the binary search tree belonging to
TreeItem i.
RenderContext used.
key is mapped
in the properties list of this DrawAtom or (if no properties list is
assigned or the key is not contained) of the parent DrawAtom.
i as a short, if possible.
index as a short value, if possible.
short.
short.
SimpleList.
List of all not hidden properties.
List of all (not hidden) properties.
GuiMouseEvent
occured.
DrawAtom, where the GuiMouseEvent occured.
this PropertyStatusReader from
another DrawAtom in the drawing hierachy.
Stack.
Style property value for a given subtype.
DrawAtom
using the specified subtype string instead of the one already set
on this PropertyStatusReader.
DrawAtom.
(with a given default value if the property is not set)
using the specified subtype string instead of the one already set
on this PropertyStatusReader.
DisplayObject and
its shape index.
TOOLTIP_LOWER_RIGHT,
TOOLTIP_LOWER_LEFT,TOOLTIP_UPPER_RIGHT,TOOLTIP_UPPER_LEFT}).
TranslateHandler.
TypeFormat likes to handle.
TypeFormat likes to handle.
TypeFormat likes to handle.
TypeFormat likes to handle.
TypeFormat likes to handle.
TypeFormat associated with the given value object.
TypeFormat associated with the given type name.
ListItem with index index.
ListItem at the index
index.
GraphElement, where
the Visualization is stored.
GraphElement, where
the Visualization is stored.
this event occurred.
this EllipseShape.
Visualization-object.
Visualization-object.
ZoomHandler.
0xfffff000).
GishurEvent.GISHUR_EVENT_MASK.
ParameterContainer.
Graph, on which the Cursor works.
Graph, on which the Cursor works.
Graph, on which the Cursor works.
Graph, on which the Cursor works.
Graph without a name.
Graph of given type
Graph.
Graph of given type type.
Cursor class to traverse arbitrary Graphs.
Node, Edge and Graph. GraphElement,
if this is possible (i.e. the position is valid and points to an
GraphElement.
GraphElement,
if this is possible (i.e. the position is valid and points to an
GraphElement.
GraphElement,
if this is possible (i.e. the position is valid and points to an
GraphElement.
GraphCursor, that enumerates the connected
GraphElements of a given GraphElement.
GraphElementInfoPainter draws an infobox with entries for
GraphElement properties. Style that creates GraphElementInfoPainters.GraphElementInfoStyle with the given color-layout.
GraphElementInfoStyle with the given color-layout and
level-height.
ContextActor, that lets a user edit the properties of a
GraphElement (that must be stored at the context
DrawAtom).GraphElementPropertyActor using properties set on
the given DrawAtom.
GraphElementPropertyActor using properties set on
the given DrawAtom.
SourcePropertyAdapter, that reads a special
propertySourcePropertyAdapter, that returns object values
dependend on the existence of a GraphElement propertyContextActor, that lets a user edit the properties of a
GraphElement stored at its DisplayObject.GraphPropertyActor using properties set on
the given DrawAtom.
GraphPropertyActor using properties set on
the given DrawAtom.
GraphPropertyActor using properties set on
the given DrawAtom.
GraphPropertyActor using properties set on
the given DrawAtom.
GuiMouseEvent according to the given parameters.
GuiMouseEvent according to the given parameters.
Comparitor. true, if a property with the given key specific to
this TraverseAlgorithmCursor exists.
true, if the properties contain the key.
true, if the specified property is set.
true if StatusTips are enabled.
true if ToolTips are enabled.
Sorter.HeapSort() performed on a BasicList.
Sorter.HeapSort() directly called with an array of chars.
Sorter.HeapSort() directly called with an array of chars and an interval bounds
specification.
Sorter.HeapSort() directly called with an array of doubles.
Sorter.HeapSort() directly called with an array of doubles
and an interval bounds specification.
Sorter.HeapSort() performed on an Enumeration.
Sorter.HeapSort() directly called with an array of floats.
Sorter.HeapSort() directly called with an array of floats and an interval bounds
specification.
Sorter.HeapSort() directly called with an array of ints.
Sorter.HeapSort() directly called with an array of ints and an interval bounds
specification.
Sorter.HeapSort() directly called with an array of longs.
Sorter.HeapSort() directly called with an array of longs and an interval bounds
specification.
Sorter.HeapSort() directly called with an array of Objects.
Sorter.HeapSort() directly called with an array of Objects and an interval bounds
specification.
this Painters bounds.
root.
root.
DrawAtom was hidden
DrawObject.visible()()==falseLayer (InputLayer.visible()()==falseLayer (Layer.visible()()==falseDrawObject.visible()()==falsethis ZoomHandler.
this TranslateHandler.
0
and 1.
0
and 1.
DrawEvent id.
Node.
GraphCursor, that enumerates the incoming
Edges of the specified Node.
GraphCursor which is able to move over the
igoing Edges of u inside this Graph.
GraphCursor which is able to move over the
ingoing Edges of u inside this Graph.
InfoPainter draws an infobox with specifiable entries. Style that creates InfoPainters.InfoStyle with the given color-layout.
InfoStyle with the given color-layout and
level-height.
GraphCursor, that enumerates the source Nodes
of the incoming Edges of the specified Node or
Edge.
DrawObjects that can process
AWTEvents.
InputHandler which uses the given
prefix for all properties.
InputHandler
as members. Style-class for InrectPainter.(x,y) lies in the (convex) sector
(x1,y1)-(x0,y0)-(x2,y2) (with apex (x0,y0)).
x lies in the (convex) sector
a-p-b (with apex p).
DrawAtom was inserted in hierachy
DrawObject drw in the layer
before p.
DrawObject drw in the layer
before p.
DrawShadow drw in the layer
before p.
DrawObject drw in the group
before p.
DrawObject drw in the group
before p.
DrawObject drw in the group
before p.
DrawShadow drw in this
DrawShadow before p.
InputHandler drw in the layer
before p.
InputHandler drw in the layer
before p.
InputHandler drw in the layer
before p.
InputHandler drw in the layer
before p.
Layer layer in the layer list
before l.
SimpleList.insert(gishur.core.ListItem, gishur.core.ListItem)-method for boolean-values.
SimpleList.insert(gishur.core.ListItem, gishur.core.ListItem)-method for double-values.
SimpleList.insert(gishur.core.ListItem, gishur.core.ListItem)-method for float-values.
SimpleList.insert(gishur.core.ListItem, gishur.core.ListItem)-method for int-values.
ListItem item before base into the list.
SimpleList.insert(gishur.core.ListItem, gishur.core.ListItem)-method for long-values.
ListItem containing object and inserts it
before base into the list.
length objects stored in array-elements with indices higher than
startindex into the list before ListItem base.
ListItem containing the key-value-pair specified
by key and value and inserts it into the list
before base.
step_start and step_end.
ints.
this curve and the
horizontal line with y-coordinate y.
Shape intersects the
interior of a specified rectangular area.
this EllipseShape intersects
the interior of a specified rectangular area.
Shape intersects the
interior of a specified rectangular area.
this curve and the
vertical line with x-coordinate x.
(x,y) lies in the triangle
(x1,y1)-(x2,y2)-(x3,y3).
x lies in the triangle
a-b-c.
TraceObject name.
Tracer.
Cursor to an invalid position.
Cursor to an invalid position.
Cursor to an invalid position.
Cursor to an invalid position.
ShapeContainer.
Painter for vector (arrow) lines used for input of vectors.
{Style-class for LinePainter.FloatPoint.
direction.
this XObject by the given affine
transformation matrix.
this XObject by the given affine
transformation matrix.
float coordinates) and
returns the result as a FloatPoint.
Point and returns the result as
a new java.awt.Point.
Point on the screen to a point object in user space.
XObject and returns
the result.
XObject and returns
the result.
XObjects and
returns the result.
XObjects and
returns the result.
XObjects and
returns the result.
XObjects and
returns the result.
e is connected to this GraphElement in the
way specified by linkmask within Graph g.
Edge at the moment.
this
EllipseShape is empty.
this
ShapeContainer is empty.
ListItem is the first element of a chain.
ListItem is the first element of a chain.
true, if this node is an inner node (that
means that it has at least one child-node).
true, if this node is an inner node, i.e. has at least
one child node.
ListItem is the last element of a chain.
ListItem is the last element of a chain.
true if this node is a leaf (has no children).
true, if this node is a leaf (i.e. has no child nodes).
true, if this XSegment is a straight line.
true, if the given event type is masked by the given
event mask.
Node at the moment.
true, if the Painter uses a level
of the given level mask.
o is an Owner of this GraphElement.
true, if this XSegment is a ray.
true, if this node is a root (that means that
it has no parent-node).
true if this node is a root node, i.e. has no parent
node.
true, if this XSegment is a (real) segment.
true if sorting has taken place already.
ListItem.
SimpleTreeItem.
ListItem item's key.
ListItem item.
java.util.Enumerator-object enumerating the keys of this
list.
java.util.Enumeration-object which
enumerates all keys in the tree.
java.util.Enumeration-object which enumerates all keys
in this tree which are >= key1 and <= key2.
KeyValueHolder can store a key and an object.
TraceLabel type for events.
TraceLabel type for events.
TraceLabel type for events.
TraceLabel type for events.
TraceLabel type for events.
TraceLabel type for events.
TraceLabel type for merge-chains-steps.
TraceLabel type for merge-steps.
TraceLabel type for merge-trim-steps.
TraceLabel, to which the cursor actually points.
ListItem of the list.
ListItem of this list.
TreeItem in the tree following the
traversal order BasicTree.LEFT_ROOT_RIGHT_ORDER (symmetric order).
ListItem of the list.
Layer in the LayerManager.
TreeItem in the tree following the
traversal-order defined by order.
TreeItem in the partial tree with root
root referring to the traversal-order defined by order.
Queue.
Layer Constructor.
DrawManager that manages a list of Layers,
one BackgroundLayer and one InputLayer.
true, if smaller (or equal) keys are to be stored
in the left partial trees, false otherwise.
Stack.
Cursor.
Cursor.
Cursor.
Cursor.
DrawAtoms.
this segment, e.g. the distance between
source and target (no matter if source or target are open).
item.
==Painter.LEVEL_2)
TreeItem is positioned.
this Painter uses.
DrawObject).
DrawObject).
DrawObject).
p lies in the interior of the curve.
- liesOn(XPoint) -
Method in class gishur.x.XBaseline
- Liefert true, falls p auf der Geraden liegt.
- liesOn(XPoint) -
Method in class gishur.x.XPolyline
- Sucht das erste borderSegment, auf dem der Punkt p liegt und liefert dessen Index
oder -1, falls der Punkt nicht auf dem Rand liegt.
- liesOn(XPoint) -
Method in class gishur.x.XParabola
- Liefert true, falls p auf der Parabel liegt.
- liesOn(XPoint) -
Method in class gishur.x.XPolygon
- Sucht das erste borderSegment, auf dem der Punkt p liegt und liefert dessen Index
oder -1, falls der Punkt nicht auf dem Rand liegt. p kann kein source()-Punkt eines
Randsegmentes sein!
- liesOn(XPoint) -
Method in class gishur.x2.core.XIntersectableObject
- Returns true if the specified point
p lies on the border of
this object.
- liesOn(XPoint) -
Method in interface gishur.x2.core.Intersectable
- Returns true if the specified point
p lies on the border of
this object.
- linDependend(Vector) -
Method in class gishur.core.math.Vector
- Liefert true, falls die beiden Vektoren linear abhängig, also
ein Vielfaches des anderen sind.
- LINE_COLOR -
Static variable in class gishur.graph.gui.GraphElementInfoStyle
- Default-Color-Constant.
- LINE_COLOR -
Static variable in class gishur.gui2.painter.InfoStyle
- Default-Color-Constant.
- LINE_SHAPE -
Static variable in class gishur.gui.displayobject.DisplayXList
-
- line(int) -
Method in class gishur.x.XPolyline
- Liefert eine Gerade durch den i-ten und (i+1)-ten Punkt der Kette.
- line(int) -
Method in class gishur.x.XUPolygon
- Liefert eine Gerade durch den i-ten und (i+1)-ten Punkt des Polygons.
- line(int) -
Method in class gishur.x.XPolygon
- Liefert eine Gerade durch den i-ten und (i+1)-ten Punkt des Polygons.
- LINEAR -
Static variable in class gishur.x.voronoi.SkEdge
- Konstante für segmentmäßige Kanten
- linecolor -
Variable in class gishur.gui.inputhandler.EditorXRay
- Linienfarbe.
- linecolor -
Variable in class gishur.gui.inputhandler.InputXSegment
- Linienfarbe.
- linecolor -
Variable in class gishur.gui.inputhandler.EditorXLine
- Linienfarbe.
- linecolor -
Variable in class gishur.gui.inputhandler.EditorXSegment
- Linienfarbe.
- linecolor -
Variable in class gishur.gui.inputhandler.Selector
- Linienfarbe.
- linecolor -
Variable in class gishur.gui.inputhandler.EditorXPolyline
- Linienfarbe.
- linecolor -
Variable in class gishur.gui.inputhandler.InputXRay
- Linienfarbe.
- linecolor -
Variable in class gishur.gui.inputhandler.InputXPolygon
- Linienfarbe.
- linecolor -
Variable in class gishur.gui.inputhandler.InputXLine
- Linienfarbe.
- linecolor -
Variable in class gishur.gui.displayobject.DisplayXList
- Linienfarbe.
- linecolor -
Variable in class gishur.gui.displayobject.DisplayXRay
- Linienfarbe.
- linecolor -
Variable in class gishur.gui.displayobject.DisplayXSegment
- Linienfarbe.
- linecolor -
Variable in class gishur.gui.displayobject.DisplayXLine
- Linienfarbe.
- linecolor -
Variable in class gishur.gui.displayobject.DisplayXCircle
- Linienfarbe.
- linecolor -
Variable in class gishur.gui.displayobject.DisplayXParabola
- Linienfarbe.
- linecolor -
Variable in class gishur.gui.displayobject.DisplayXPolyline
- Linienfarbe.
- LineComparitor - class gishur.x.LineComparitor.
-
Vergleicht Geradenobjekte (von XBaseline abgeleitet), indem sie an einer bestimmten Stelle
ausgewertet werden und ihre Y-Werte verglichen werden.
- LineComparitor() -
Constructor for class gishur.x.LineComparitor
-
- LinePainter - class gishur.gui2.painter.LinePainter.
- A
Painter for lines.
{ - LinePainter() -
Constructor for class gishur.gui2.painter.LinePainter
- Default constructor.
- LineShape - class gishur.gui2.LineShape.
- A special
PolygonShape class, especially for line- and
curve-polygons. - LineShape() -
Constructor for class gishur.gui2.LineShape
- Creates an empty
LineShape.
- LineShape(int, int, int, int, int) -
Constructor for class gishur.gui2.LineShape
- Creates a
LineShape representing the line segment
(x1,y1)-(x2,y2) with the width width.
- LineShape(Point, Point, int) -
Constructor for class gishur.gui2.LineShape
- Creates a
LineShape representing the line segment
p1-p2 with the width width.
- LineStyle - class gishur.gui2.painter.LineStyle.
- The
Style-class for LinePainter. - LineStyle() -
Constructor for class gishur.gui2.painter.LineStyle
-
- LINK_ALL -
Static variable in class gishur.graph.core.GraphElement
- Link type constant indicating any other link type
- LINK_BACKWARD -
Static variable in class gishur.x.voronoi.SkEdge
-
- LINK_BOTH -
Static variable in class gishur.x.voronoi.SkEdge
-
- LINK_ERROR -
Static variable in class gishur.gui2.DrawException
- Error linking DrawAtoms.
- LINK_FORWARD -
Static variable in class gishur.x.voronoi.SkEdge
-
- linkDirty(Painter) -
Method in class gishur.gui.Painter
- Verknüpft den Painter mit dem Painter painter derart, daß beim Aufruf von makeDirty
auch makeDirty des verknüpften Painters aufgerufen wird.
- LinkException - exception gishur.core.LinkException.
- Exception thrown by dynamic data structures while linking.
- LinkException(int) -
Constructor for class gishur.core.LinkException
- Constructor.
- LinkException(int, Object) -
Constructor for class gishur.core.LinkException
- Constructor.
- LinkException(int, Object, Object) -
Constructor for class gishur.core.LinkException
- Constructor.
- linkListToString() -
Method in class gishur.graph.core.GraphElement
- Returns the list of connected elements as a string where in each element
is printed out as a
GraphElement.SHORT string.
- LinkPainter - class gishur.gui2.LinkPainter.
-
- LinkPainter(Painter) -
Constructor for class gishur.gui2.LinkPainter
-
- linktype() -
Method in class gishur.x.voronoi.SkEdge
- Liefert den Linktyp der Kante (eine der Konstanten FREE, CONVEX_EDGE, LINK_FORWARD,
LINK_BACKWARD).
- linkTypeToString(byte) -
Static method in class gishur.graph.core.GraphElement
- Returns a short string representation for the basic link types.
- List - class gishur.core.List.
-
A list type based upon
SimpleList. - list() -
Method in class gishur.x.Intersection
- Liefert die Liste mit allen Schnittobjekten.
- List() -
Constructor for class gishur.core.List
- Empty constructor.
- List(BasicList) -
Constructor for class gishur.core.List
- Conversion constructor.
- List(ListItem, int) -
Constructor for class gishur.core.List
- Copy-constructor.
- List(ListItem, ListItem) -
Constructor for class gishur.core.List
- Copy-constructor.
- List(Object[], int, int) -
Constructor for class gishur.core.List
- Constructor receiving the objects to be stored in the
List in an array.
- ListException - exception gishur.core.ListException.
- Exception thrown by classes based on
BasicList (like
SimpleList, {Stack or Queue). - ListException(int) -
Constructor for class gishur.core.ListException
- Constructor.
- ListException(int, Object) -
Constructor for class gishur.core.ListException
- Constructor.
- ListItem - interface gishur.core.ListItem.
- The interface
ListItem is used for doubly connected lists, stacks and
queues for example.
Although BasicList, etc. implements Serializable,
ListItem doesn't. - LISTITEM -
Static variable in class gishur.core.BasicList
- Access to the
ListItem object.
- ListView - class gishur.core.ListView.
- A
ListView object permits (restricted) read access to a list.
- LISTVIEW_ACCESS -
Static variable in class gishur.core.ListView
- Constant for access to the BasicList object
- ListView(BasicList, int) -
Constructor for class gishur.core.ListView
- Constructor.
- load(InputStream) -
Static method in class gishur.core.algorithms.AlgorithmManager
-
- localize(int) -
Method in class gishur.awt.Symbolbar
- Liefert die Nummer des Elementes, in dessen Bereich die X-Koordinate
x fällt.
- locate(int, int) -
Method in class gishur.gui2.DrawAtom
- Locates the point
(x,y).
- locate(int, int) -
Method in class gishur.gui2.DrawObject
- Locates the point
(x,y).
- locate(XPoint) -
Method in class gishur.x.XHalfplane
- Point-Location.
- locate(XPoint) -
Method in class gishur.x.XUPolygon
- Point-Location.
- locate(XPoint) -
Method in interface gishur.x.AreaIntersectable
- Point-Location.
- locate(XPoint) -
Method in class gishur.x.Area
- Point-Location.
- locate(XPoint) -
Method in class gishur.x.XPolygon
- Point-Location.
- locate(XPoint) -
Method in interface gishur.x2.core.Intersectable
- Locates the specified point.
- locate(XPoint) -
Method in class gishur.x2.core.XQuadCurve
- Locates the specified point.
- locate(XPoint) -
Method in class gishur.x2.core.XSegment
- Locates the specified point.
- LOCATEABLE -
Static variable in class gishur.gui2.Painter
Painter is locateable.
- locateable() -
Method in class gishur.gui2.Painter
- Returns
true, if this Painter is
locateable via Painter.contains(int, int), otherwise false.
- lock() -
Method in class gishur.x2.core.XObject
- Sets the write-lock on
this XObject.
- locked() -
Method in class gishur.x2.core.XObject
- Returns true, if the XObject is locked.
- log() -
Method in class gishur.core.math.MathNumber
- Returns the natural logarithm (base e) of this MathNumber.
- log() -
Method in class gishur.core.math.DoubleNumber
- Returns the natural logarithm (base e) of this MathNumber.
- LONG_WEIGHTS -
Static variable in class gishur.graph.core.WeightComparitor
- Flag indicating that the weights are
longs.
- longValue() -
Method in class gishur.core.math.MathNumber
- Returns the value of the number as a long.
- LOWER_CAPACITY -
Static variable in class gishur.graph.gui.FlowAdapter
- Signals, that the lower capacity should be read.
- lower() -
Method in class gishur.awt.SymbolSplitElement
- Returns the lower stored
SymbolbarElement.
- lowerCapacity() -
Method in class gishur.graph.core.Flow
- Returns the actually set value for the lower capacity bound.
source,target} with higher x-coordinate or -
in the case of equality - with higher y-coordinate.
this DrawAtom for repainting (and recalculating)
and starts the recalculation/repainting system immediately.
this DrawAtom for repainting (and recalculating).
GishurEvent.GISHUR_EVENT_MASK).
TreeItem with maximal key in the tree.
ListItem (due to comparitor) in the
list.
ListItem according to the order defined by
the comparitor comparitor ListView.SHOW_ITEMS and ListView.SHOW_KEYS and ListView.ALLOW_FIND and ListView.ALLOW_COMPARITORS
MathNumber.compareTo(gishur.core.math.MathNumber)).
TreeItem in the partial tree with root
start.
TreeItem.
this FibonacciHeap with the FibonacciHeap Q, which will be
empty after this operation.
this PriorityQueue with the PriorityQueue Q
DrawAtom needs to be recalulated
DrawAtom needs to be repainted
i'th member of this DrawDependency.
TreeItem with minimal key in the tree.
ListItem (due to comparitor) in the
list.
ListItem according to the order defined by
the comparitor comparitor ListView.SHOW_ITEMS and ListView.SHOW_KEYS and ListView.ALLOW_FIND and ListView.ALLOW_COMPARITORS
MathNumber.compareTo(gishur.core.math.MathNumber)).
TreeItem in the partial tree with root
start.
source,target} with lower x-coordinate or -
in the case of equality - with lower y-coordinate.
DijkstraCursor (one constant of
{DijkstraCursor.OUT_MODE,DijkstraCursor.IN_MODE,DijkstraCursor.BOTH_MODE}).
BFSCursor (one constant of
{DFSCursor.OUT_MODE,DFSCursor.IN_MODE,DFSCursor.BOTH_MODE}).
BFSCursor (one constant of
{BFSCursor.OUT_MODE,BFSCursor.IN_MODE,BFSCursor.BOTH_MODE}).
=={link GishurEvent#MIN_GISHUR_MASK}).
this XObject, if
its instance variables should be modified.
ModifyEventAlignment class that aligns the target object relatively to the
mouse position.MouseAlignment.
this list to another position;
e.g. after the list element base.
ListItem from its current position to the successor
of the given base element.
this list to another position;
e.g. after the list element base.
DisplayObject to the buttom, that means it will be
drawed first.
DisplayObject one position down, that means it will
be drawed one position earlier.
(sx,sy) to (ex,ey).
DisplayObject to the top, that means it will be
drawed last.
DisplayObject one position up, that means it will
be drawed one position later.
Algorithm convention.
g and writes the results to
g's properties under the prefix prefix, i.e.
the Edges which are part of the found minimum-spanning-tree
will be marked with the property prefix.color==BLACK
(see MSTKruskal.BLACK).
this vector with m.
n.
n.
n.
this and v.
Painter.
Filter class which stores Strings. n as allowed name string.
DrawAtom needs to be recalulated
DrawAtom needs to be repainted
BellmanFord-Algorithm, when a negative
cycle is detected in the Graph.ListItem.
Cursor on to the next position in forward direction.
ListItem.
Cursor on to the next position in forward direction
(which is possibly invalid !).
DrawObject in the group or null
if it is the last group element.
DrawObject in the group or null
if it is the last group element.
DrawObject in the group or null
if it is the last group element.
DrawObject in the group or null
if it is the last group element.
DrawObject of the given DrawObject,
if this is direct parent of the given DrawObject
or null if it is the last group element.
Cursor step elements in forward direction.
Cursor step elements in forward direction.
ListItem after i of this list.
ListItem after i in the list.
ListItem which is situated count steps
in forward direction from base (or null, if base
is not part of this list).
ListItem, which is count
(count>0) steps away from base in forward
direction (or null, if base does not belong to the
list).
TreeItem in the tree following
BasicTree.LEFT_ROOT_RIGHT_ORDER (symmetric order).
TreeItem in the tree in traversal order
order.
TreeItem in the partial tree with root
root referring to the traversal-order defined by order.
pos,
which is not null.
pos,
which is not null.
Cursor.element(), because the "next" element is the one the
curosr points on, but after getting the element, CursorAdapter.nextElement()
moves the cursor position on).
Filter in the pipe (the one docked to
this one).
Painter of the given Painter
p in the painter list.
Shape of this enumeration if this enumeration
object has at least one more Shape to provide.
Node,
if this is possible (i.e. the position is valid and points to a
Node.
Node.
i-th Node of this Graph.
Node with the i'th automatically generated name.
Node named with the given name.
Node named with the given name
and with key key.
Node named with the given name
and with key key and value value.
GraphCursor which is able to navigate over the
Nodes of this Graph.
GraphCursor, that enumerates the (other) Nodes
of the connected Edges of the specified Node or
Edge.
GraphCursor which is able to navigate over the
Nodes of this Graph and whose starting position is
u.
Graph.
Graph in the form
"node1,node2,..." where "nodek" is the GraphElement.SHORT string
representation of the k-th Node.
Node via
a DisplayNode.this point's coordinate vector as a
float number.
t.
p.
this but has norm length.
Tracer is not in record mode.
null
TypeFormat, that handles numbers.NumberTypeFormat.
TraceObject with the given name.
TraceLabel) value of the
specified object.
SourcePropertyAdapter, that maps a palette of objects to
other objects. ObjectAdapter, which gets its objects
from the given SourcePropertyAdapter.
ObjectAdapter, which gets its objects
from the given SourcePropertyAdapter.
o in the given Object array
and returns its index.
o in the given array {c1,c2}
and returns its index.
o in the given array {c1,c2,c3}
and returns its index.
o in the given array {c1,c2,c3,c4}
and returns its index.
o in the given array {c1,c2,c3,c4,c5}
and returns its index.
o in the given array {c1,c2,c3,c4,c5,c6}
and returns its index.
o in the given array {c1,c2,c3,c4,c5,c6,c7}
and returns its index.
o in the given array {c1,c2,c3,c4,c5,c6,c7,c8}
and returns its index.
o in the given array {c1,c2,c3,c4,c5,c6,c7c8,c9}
and returns its index.
o in the given array {c1,c2,c3,c4,c5,c6,c7c8,c9,c10}
and returns its index.
DisplayObject became active.
DisplayObject became active.
InputEvents.
InputEvents.
InputEvents.
InputEvents.
InputEvents.
InputEvents.
InputEvents.
DisplayObject became inactive.
DisplayObject was deselected.
InputHandler was disabled.
true, if the modifiers of the given MouseEvent
contains one of the values of the given button mask.
InputHandler was enabled.
DisplayObject became unvisible.
DisplayObject was inserted in the drawing hierachy.
DisplayObject was inserted in the drawing hierachy.
y onto node x's position.
DisplayObject became dirty.
DisplayObject has recalculated itself.
DisplayObject will be removed from the drawing hierachy.
DisplayObject will be removed from the drawing hierachy.
x onto node y's position.
DisplayObject was selected.
DisplayObject became visible.
linktype.
Node which is connected opposite to u
to this Edge, i.e. the target node if u is the source
and vice versa.
(x,y) lies with
respect to the directed line (x1,y1)->(x2,y2).
p lies with
respect to the directed line this.
this point lies with respect
to the directed line a->b.
c lies with
respect to the directed line a->b.
(xp,yp) lies
with respect to the directed line segment (x1,y1)->(x2,y2).
c lies
with respect to the directed line segment a->b.
Node.
GraphCursor, that enumerates the outgoing
Edges of the specified Node.
GraphCursor which is able to move over the
outgoing Edges of u inside this Graph.
GraphCursor which is able to move over the
outgoing Edges of u inside this Graph.
GraphCursor, that enumerates the target Nodes
of the outgoing Edges of the specified Node or
Edge.
DrawAtom (of the hierachy of watched
DrawAtoms under the mouse cursor.
Owner will have to be asked for permission by
member objects, before these may change their internal state.
ListView.
GraphElement
as a string representation.
root is set to
owner.
root is set to
owner.
this segment.
i.
index, i.e. the index+1-th within
the setted mask.
length
parameter objects.
java.lang.Object.
java.lang.Objects.
DrawObject.
this DrawObject.
this DrawObject.
count before
base into the list.
base into the list.
Queue.firstValue().
SimpleList.top().
Stack.top().
SimpleList.firstValue().
this segment through a plumb by
p to the segment.
this
and throught p with the given segment l.
java.awt.Point.
t.
t.
t.
i as a java.awt.Point (if possible).
index, i.e. the index+1-th one within
the visible part of the parameters array as a java.awt.Point.
java.awt.Point array.
Painter for the inner area of polygons. PolygonShape.
Style-class for the inner area of polygons.
Stack and returns it.
Queue.pop() for boolean-values.
boolean-values.
Stack.pop() for boolean-values.
boolean-values.
Queue.pop() for double-values.
double-values.
Stack.pop() for double-values.
double-values.
Queue.pop() for float-values.
float-values.
Stack.pop() for float-values.
float-values.
Queue.pop() for int-values.
int-values.
Stack.pop() for int-values.
int-values.
Queue.pop() for long-values.
long-values.
Stack.pop() for long-values.
long-values.
child in this node.
child is connected to
this TreeItem.
NodeVisualization.
n.
n.
n.
this Node.
RenderContext before recalulation or drawing
via a call to DrawAtom.recalculate(gishur.gui2.RenderContext)/DrawAtom.draw(Graphics,RenderContext).
RenderContext before recalulation or drawing
via a call to DrawObject.recalculate(gishur.gui2.RenderContext, gishur.gui2.PropertyStatusReader)/DrawObject.draw(Graphics,RenderContext).
ListItem.
Cursor on to the next position in backward direction.
ListItem.
Cursor on to the next position in backward direction
(which is possibly invalid !).
DrawObject in the group or null
if it is the first group element.
DrawObject in the group or null
if it is the first group element.
DrawObject in the group or null
if it is the first group element.
DrawObject of the given DrawObject,
if this is direct parent of the given DrawObject
or null if it is the first group element.
Cursor step elements in backward direction.
Cursor step elements in backward direction.
ListItem to i.
ListItem previous to i in the list.
ListItem which is situated count steps
in backward direction from base (or null, if base
is not part of this list).
ListItem, which is count steps away from
base in backward direction (or null, if
base does not belong to the list).
TreeItem in symmetric order
(BasicTree.LEFT_ROOT_RIGHT_ORDER).
TreeItem in the tree following
the traversal order defined by order.
TreeItem in the partial tree with root
root referring to the traversal-order defined by order.
pos,
which is not null.
pos,
which is not null.
DrawEvents occuring on this
DrawObject.
DrawEvents occuring on this
DisplayObject.
DrawObject.
SweepEvent e.
SweepEvent e.
DrawProperties object of this DrawAtom.
DialogFrame used to edit the properties of a GraphElement.GraphElement.
SourcePropertyAdapter entries.
SourcePropertyAdapter, that reads another property from another
given DrawAtom.PropertyPropertyAdapter with the specified
source-property-name.
PropertyPropertyAdapter with the specified
source-property-name and source-DrawAtom.
PropertyStatusReader that should be used for reading
properties.
DrawAtom
with different prefixes depending on a given state.
DrawAtom.
DrawAtom and state.
Queue.push(java.lang.Object) for boolean-values.
boolean-values.
Stack.push(java.lang.Object) for boolean-values.
Queue.push(java.lang.Object) for double-values.
double-values.
Stack.push(java.lang.Object) for double-values.
Queue.push(java.lang.Object) for float-values.
float-values.
Stack.push(java.lang.Object) for float-values.
Queue.push(java.lang.Object) for int-values.
int-values.
Stack.push(java.lang.Object) for int-values.
Queue.push(java.lang.Object) for long-values.
long-values.
Stack.push(java.lang.Object) for long-values.
BasicList.Sorter.QuickSort() performed on a BasicList.
Sorter.QuickSort() directly called with an array of chars.
Sorter.QuickSort() directly called with an array of chars
and an interval bounds specification.
Sorter.QuickSort() directly called with an array of doubles.
Sorter.QuickSort() directly called with an array of doubles
and an interval bounds specification.
Sorter.QuickSort() performed on an Enumeration.
Sorter.QuickSort() directly called with an array of floats.
Sorter.QuickSort() directly called with an array of floats
and an interval bounds specification.
Sorter.QuickSort() directly called with an array of ints.
Sorter.QuickSort() directly called with an array of ints
and an interval bounds specification.
Sorter.QuickSort() directly called with an array of longs.
Sorter.QuickSort() directly called with an array of longs
and an interval bounds specification.
Sorter.QuickSort() directly called with an array of Objects.
Sorter.QuickSort() directly called with an array of Objects and an interval bounds
specification.
MathNumber. Graph from the given InputStream.
Graph from the specified file.
InputStream.
DrawAtom has recalculated
DrawEvent.RECALC)
DisplayObjects.DrawAtom to recalculate its representation.
DrawAtom to recalculate its representation.
DrawAtom to recalculate its representation.
DrawAtom to recalculate its representation.
DrawAtom to recalculate its representation.
DrawAtom to recalculate its representation.
DrawAtom to recalculate its representation.
DrawObject to recalculate its representation.
DrawObject to recalculate its representation.
DrawObject to recalculate its representation.
DrawAtom to recalculate its representation.
DrawAtom to recalculate its representation.
DrawObject to recalculate its representation.
DrawObject to recalculate its representation.
DrawAtom to recalculate its representation.
DrawObject to recalculate its representation.
DrawObject to recalculate its representation.
DrawAtom to recalculate its representation.
DrawAtom to recalculate its representation.
DrawAtom to recalculate its representation.
DrawAtom to recalculate its representation.
DrawAtom to recalculate its representation.
this Painter using the given RenderContext,
PropertyStatusReader, local point information and other parameters.
this Painter using the given RenderContext,
PropertyStatusReader, local point information and other parameters.
this Painter using the given RenderContext,
PropertyStatusReader, local point information and other parameters.
this Painter using the given RenderContext,
PropertyStatusReader, local point information and other parameters.
this Painter using the given RenderContext,
PropertyStatusReader, local point information and other parameters.
this Painter using the given RenderContext,
PropertyStatusReader, local point information and other parameters.
this Painter using the given RenderContext,
PropertyStatusReader, local point information and other parameters.
this Painter using the given RenderContext,
PropertyStatusReader, local point information and other parameters.
this Painter using the given RenderContext,
PropertyStatusReader, local point information and other parameters.
this Painter using the given RenderContext,
PropertyStatusReader, local point information and other parameters.
this Painter using the given RenderContext,
PropertyStatusReader, local point information and other parameters.
this Painter using the given RenderContext,
PropertyStatusReader, local point information and other parameters.
this Painter using the given RenderContext,
PropertyStatusReader, local point information and other parameters.
start, which may not contain more than count
elements, after base into the list.
TraceLabel with the specified name and level.
TraceLabel with the specified name, type and level.
true, if the Tracer is recording an algorithm.
true, if the TraceObject is in record mode,
that means it can record new instances, but cannot access any other instances.
(x,y) in
the coordinate space, its width, and its
height. (0,0) in the coordinate space, and whose
width and height are zero.
(0,0) and whose width and height
are specified by the arguments of the same name.
(x,y) and whose width and height
are specified by the arguments of the same name.
BinarySearchTree tree with those features:
Each node is either red or black
Each leaf is black
Each red node has only black sons
Each descending path from a node to any leaf contains the same number of black nodes.
To ensure the completeness of the tree, the null-pointers at the former
leafs must now supposed to be leafs (but BasicTreeItem.isLeaf() still returns true
for nodes with a null-pointer).
Comparitor-object to perform
the comparisons between the tree's elements and defining an order for the
tree.
Comparitor and following
the definition if smaller elements shall be stored in the left or in the right
partial tree.
PropertyStatusReader
according to the state of this DisplayInteractiveObject
and to the given element.
DisplayGraphElement for that visualization.
DrawAtom as target.
TypeFormat to the PropertyTypeSelector.
Cursor step positions within the underlying
structure.
Cursor step positions within the underlying
structure.
Cursor step positions within the underlying
structure.
Cursor step positions within the underlying
structure.
ListItem which is situated count steps
in forward direction from base (or null, if base
is not part of this list).
ListItem, which is count steps away from
base (or null, if base does not belong
to the list).
ListItem, which is count steps
away from base (or null, if base does
not belong to the list).
DrawAtom will be removed from hierachy
ListItems. {
DrawObject from this group.
DrawObject from this group.
DrawObject from this layer.
DrawShadow from this layer.
DrawShadow from this
DrawShadow.
Enumeration of Strings off the list
of strings accepted / rejected by this filter (depends on
NameFilter.acceptMode()).
InputHandler from this layer.
InputHandler from this layer.
Layer from the list of zoomed Layers.
Layer from this layer list.
Layer from the list of zoomed Layers.
Layer from the list of Layers.
ListItem item from the list.
start and ending with
end or after count steps (if
count>0) from the list.
ListItem whose key is equal to key from the list.
TreeItem with key key and returns it
(or null, if no such TreeItem was found).
String of the list off strings accepted /
rejected by this filter (depends on NameFilter.acceptMode()).
Strings off the list of strings
accepted / rejected by this filter (depends on NameFilter.acceptMode()).
TreeItem item from the tree and
returns it (or null, if the operation failed).
item from the tree and returns it (or null,
if the deletion was not successful).
GraphElement without its GraphElement.name().
key
from all Edges of this Graph.
EventListener from this
DisplayObject.
Filter from the pipeline.
f from the Filter pipeline of this
GraphCursor.
f from the Filter pipeline of this
GraphCursor.
Flow object identified by key from the
properties and returns it.
GeneralAWTEventListener so that it no
longer receives all AWTEvents from this
DisplayManager.
ContextActor that removes Nodes and Edges
of a Graph. RemoveGraphElementActor on the Graph
that is source of the given DisplayGraph.
RemoveGraphElementActor on the Graph
that is source of the given ModelController.
f from the Filter pipeline of this
GraphCursor.
f from the Filter pipeline of this
GraphCursor.
f from the Filter pipeline of this
GraphCursor.
ModifyListener so that it no longer
receives ModifyEvents from this DisplayManager.
key
from all Nodes of this Graph.
key.
key specific to
this TraverseAlgorithmCursor and returns its value.
key from the stored list of
properties and returns its value.
key (and its corresponding value) from this
DrawAtom's properties lies.
key (and its corresponding value) from this
properties lies.
key from all Edges
of this Graph.
key from all Nodes
of this Graph.
TreeItem i symmetrically from the tree.
root from the tree
and returns the total number of removed TreeItems.
RenderContext stores rendering informations while rendering.who asks the owner for permission to perform
an action of the type accesstype with the parameter
argument. {
who asks the owner (this) for
permission to perform an action of the type accesstype with the
given argument.
Owner for permission to perform an
action of the type specified by accesstype with argument
argument.
who asks his Owner for permission to
perform an operation of type accesstype with
argument argument.
who asks its Owner for permission to perform
an action specified by accesstype with argument argument.
accesstype with the argument
argument.
Owner for permission to perform an operation of
type accesstype with the argument argument.
Painter.recalculate(gishur.gui2.RenderContext, gishur.gui2.PropertyStatusReader, gishur.core.Parameters) method.
ScreenGraphTransformation.saveStatus().
ScreenTransformation.saveStatus().
ScreenX2Transformation.saveStatus().
start to end.
TraverseAlgorithmCursor.selectNext(gishur.graph.core.GraphElement)) undone.
this XObject around the rotation center
center by angle.
start and
end.
start and
end.
start and
end.
this XObject around the rotation center
center by angle.
BasicTree.rotation(gishur.core.TreeItem, int, int) to make tree events usable for a binary search tree.
Painter for points of a round shape for Nodes.
{Style-class for points of a round shape. Painter for points of a round shape.
{Style-class for points of a round shape. ScreenTransformation to restore it via
ScreenGraphTransformation.restoreStatus(java.lang.Object).
ScreenTransformation to restore it via
ScreenTransformation.restoreStatus(java.lang.Object).
ScreenTransformation to restore it via
ScreenX2Transformation.restoreStatus(java.lang.Object).
this XObject with xscale and
yscale scale factors and with center point
center.
this XObject with xscale and
yscale scale factors and with center point
center.
Alignment class that aligns the target object relatively to the
mouse position.ScreenAlignment.
ScreenAlignment.
ScreenTransformation for this
DrawObject.
ScreenTransformation
and source object.
ScreenTransformation and source object.
ScreenTransformation for this
DisplayObject.
ScreenTransformation for this
DisplayObject.
SegmentIntersectionSweep.segmentIntersection(gishur.core.SimpleList), nur mit Aufzeichnen des Algorithmus mittels
eines Tracer Objektes.
DisplayObject was selected
this DisplayInteractiveObject if it supports
selection.
DisplayInteractiveObject and adds it to
the list of selected elements.
true, if this DisplayObject is selected.
ListView with all selected elements.
SelectElementContextActor.
SelectElementContextActor with the given
mode (a combination of {SelectElementContextActor.NORMAL,SelectElementContextActor.SELECT_ONLY_ONE,
SelectElementContextActor.DOUBLE_SELECT_UNSELECTS}).
GraphElement of the Graph according to the
traversal strategy.
GraphElement of the Graph according to the
traversal strategy.
GraphElement of the Graph according to the
traversal strategy.
GraphElement of the Graph according to the
traversal strategy.
DrawEvent.SELECT,DrawEvent.DESELECT)
DisplayObjects. GraphElement of the Graph after the given
according to the traversal strategy.
GraphElement of the Graph after the given
according to the traversal strategie.
GraphElement of the Graph after the given
according to the traversal strategie.
GraphElement of the Graph after the given
according to the traversal strategie.
this InputHandler and to
all of its members.
Owner shall be set.
(x,y).
(x1,y1)-(x2,y2).
(x1,y1)-(x2,y2) with source / target
closed according to sc / tc.
The object must be mutable.
this FloatPoint's coordinates to the specified values.
GraphCursor to a new start element.
GraphCursor to a new start element.
TraverseAlgorithmCursor to a new (start) element.
DFSCursor to a new (start) element.
BFSCursor to a new (start) element.
Cursor to the index-th position from the first
element.
Cursor to the index-th position from the first
element.
RectangleShape to the specified values.
EllipseShape to the specified values.
source-target.
If either (or both) point is null, the point won't be overwritten.
source-target with source / target
closed according to sc / tc.
If either (or both) point is null, the point won't be overwritten.
false).
ClassFilter; if the given value is
true, the filter accepts Objects that are
instances of at least one class stored at this filter.
NameFilter; if the given value is
true, the filter accepts GraphElements
that have names that are stored at this filter.
array!
PolygonShape to one that represents an arrow line polygon.
PolygonShape to one that represents an arrow line polygon.
Sorter to sort the data in ascending order in the next sorting-process.
MouseEvent.BUTTON3_MASK).
Owner permits it.
this Painter.
DrawAtom in absolute screen coordinates.
this Painter.
Comparitor, used to compare the priorities of the heap elements
Comparitor, used to compare the priorities of the queue elements
Comparitor.
this DisplayInteractiveModel with another
ModelController.
this DisplayModel with another
ModelController.
control0
(if not null).
control1
(if not null).
control2
(if not null).
PolygonShape to one that represents an curve polygon.
PolygonShape to one that represents an curve polygon.
Sorter to sort the data in descending order in the next sorting-process.
InputLayer to use an extra event thread.
flow after having checked it for validity,
if necessary.
this EllipseShape to
the specified values.
this DrawObject as a fullscreen
DrawObject.
MouseEvent.BUTTON1_MASK).
MouseEvent.BUTTON1_MASK).
TreeItem.
key as the new key.
key.
this Painter uses.
PolygonShape to one that represents the line segment
(x1,y1)-(x2,y2) with the width width.
(x1,y1)-(x2,y2) with the line width
width in the given coordinate arrays.
PolygonShape to one that represents the line segment
src-trg with the width width.
this Painter.
this Shape to the specified location.
this Shape to the specified location.
this Painter and the linked
Painter.
this Shape to the specified location.
this Shape to the specified location.
lcap value as new lower capacity bound or throws a
GraphException if capacity check is activated and the set flow value
would become invalid by the new lower bound.
true).
index and the number of visible parameters will
be set to length.
mr after the Owner
was asked for permission.
mr after the Owner
was asked for permission.
>=0).
- setMenuAppletLabel(String) -
Method in class gishur.applet.AppletFrame
- Setzt den Namen für das Applet-Menü.
- setMenuItem(MenuItem) -
Method in class gishur.awt.SymbolButton
- Weist dem Button ein MenuItem zu, das dann dieselbe Funktion übernimmt.
- setMenus(int) -
Method in class gishur.applet.AppletFrame
- Bestimmt ob und welche Menüs angezeigt werden sollen.
- setMethod(Class, String) -
Static method in class gishur.core.algorithms.Algorithm
- Sets the algorithm method.
- setMidText(String) -
Method in class gishur.awt.SymbolbarSlider
-
- setMinMax(int, int) -
Method in class gishur.awt.SymbolSpinNumCombo
- Sets the minimal and maximal stored values.
- setMode(byte) -
Method in class gishur.awt.SymbolButton
- Setzt den neuen Modus.
- setMode(byte) -
Method in class gishur.graph.core.DijkstraCursor
- Sets the working mode of this
DijkstraCursor.
- setMode(byte) -
Method in class gishur.graph.core.DFSCursor
- Sets the working mode of this
BFSCursor.
- setMode(byte) -
Method in class gishur.graph.core.BFSCursor
- Sets the working mode of this
BFSCursor.
- setMode(int) -
Method in class gishur.gui.inputhandler.DragHandler
- Einen Modus setzen.
- setMouseButton(int) -
Method in class gishur.gui2.handler.ContextHandler
- Sets the button to use
(default:
MouseEvent.BUTTON3_MASK).
- setName(String) -
Method in class gishur.graph.core.GraphElement
- Stets the name of the node
- setName(String) -
Method in class gishur.gui2.Painter
- Sets the name of the element.
- setName(String) -
Method in class gishur.gui2.LinkPainter
- Sets the name of the element.
- setNormalArea(Rectangle) -
Method in class gishur.awt.SymbolImageButton
- Setzt den Ausschnitt des normalen Bildes.
- setNull() -
Method in class gishur.core.math.Matrix
- Setzt alle Werte auf 0.
- setNullValue(Object) -
Method in class gishur.gui2.adapter.ObjectAdapter
- Sets the value returned by reading
null
- setNumberedLabels(int) -
Method in class gishur.awt.SymbolbarSlider
- Sets the text labels to the min/max numbers, where
the minimum label is the given offset and the maximum
label is
offset+SymbolbarSlider.maxValue()().
- setNumberedValues(int) -
Method in class gishur.awt.SymbolbarSlider
- Sets automatical printing of numbered labels and values.
- setObjectEditor(InputHandler) -
Method in interface gishur.gui.ObjectEditorSupport
- Ordnet dem Objekt einen Objekteditor zu.
- setObjectEditor(InputHandler) -
Method in class gishur.gui.displayobject.DisplayXRay
- Ordnet dem Objekt einen Objekteditor zu.
- setObjectEditor(InputHandler) -
Method in class gishur.gui.displayobject.DisplayXSegment
- Ordnet dem Objekt einen Objekteditor zu.
- setObjectEditor(InputHandler) -
Method in class gishur.gui.displayobject.DisplayXLine
- Ordnet dem Objekt einen Objekteditor zu.
- setObjectEditor(InputHandler) -
Method in class gishur.gui.displayobject.DisplayXPoint
- Ordnet dem Objekt einen Objekteditor zu.
- setObjectEditor(InputHandler) -
Method in class gishur.gui.displayobject.DisplayXPolyline
- Ordnet dem Objekt einen Objekteditor zu.
- setObjectLength(int) -
Method in class gishur.gui.Shape
- Erzeugt ein neues Objekt-Feld zum Speichern von Objekt-Informationen der Länge l.
- setOffset(int) -
Method in class gishur.core.ParameterContainer
- Sets the offset index of the visible part of the parameter array.
- setOrder(byte) -
Method in class gishur.x.PointComparitor
- Setzt die Ordnung.
- setOrientation(byte) -
Method in class gishur.x.XHalfplane
- Setzt die Orientierung der Halbebene
- setOrientation(byte) -
Method in class gishur.x.XUPolygon
- Definiert das 'Innere' des unbeschränkten Polygons neu.
- setOrientation(byte) -
Method in class gishur.x.XPolygon
- Orientiert das Polygon entsprechend der übergebenen Orientierungskonstante.
- setOutline(Shape) -
Method in class gishur.gui2.Painter
- Sets the outline shape.
- setOutputMode(byte) -
Method in class gishur.x.SegmentIntersectionSweep
- Setzt den Ausgabemodus auf die übergebene Konstante.
- setOutRay(XRay) -
Method in class gishur.x.XUPolygon
- Setzt den ausfallenden Strahl auf die Daten von ray.
- setOwningList(Owner) -
Method in class gishur.core.BasicListItem
- Sets the owner of the
ListItem.
- setOwningList(Owner) -
Method in interface gishur.core.ListItem
- Sets the owner of the
ListItem.
- setOwningTree(Owner) -
Method in class gishur.core.BasicTreeItem
- Defines the
Owner for this TreeItem.
- setOwningTree(Owner) -
Method in interface gishur.core.TreeItem
- Defines this TreeItem's
Owner.
- setPaintBeforeMembers(boolean) -
Method in class gishur.gui2.DrawObject
- Defines the paint order of
this DrawObject and its
members.
- setPaintInterval(int) -
Method in class gishur.gui2.DisplayManager
- Sets the repaint interval for this DisplayManager.
- setPaintPriority(int) -
Method in class gishur.gui2.DisplayManager
- Sets the priority of the thread that repaints the elements.
- setParameter(int, boolean) -
Method in class gishur.core.ParameterContainer
- Sets a
boolean-value as parameter with index index.
- setParameter(int, double) -
Method in class gishur.core.ParameterContainer
- Sets a
double-value as parameter with index index.
- setParameter(int, float) -
Method in class gishur.core.ParameterContainer
- Sets a
float-value as parameter with index index.
- setParameter(int, int) -
Method in class gishur.core.ParameterContainer
- Sets an
int-value as parameter with index index.
- setParameter(int, long) -
Method in class gishur.core.ParameterContainer
- Sets a
long-value as parameter with index index.
- setParameter(int, Object) -
Method in class gishur.core.ParameterContainer
- Sets
o as new parameter object at index index within the
visible mask of the parameter array.
- setParameter(int, Object) -
Method in class gishur.core.algorithms.Algorithm
-
- setParameter(int, Object[], int, int) -
Method in class gishur.core.ParameterContainer
- Sets a subarray of new parameter objects.
- setParameter(int, short) -
Method in class gishur.core.ParameterContainer
- Sets a
short-value as parameter with index index.
- setParameterGlobal(int, Object) -
Method in class gishur.core.ParameterContainer
- Sets
o as new parameter object at index index within the
the parameter array, i.e.
- setParameterGlobal(int, Object[], int, int) -
Method in class gishur.core.ParameterContainer
- Sets a subarray of new parameter objects.
- setParameterPoint(int, int, int) -
Method in class gishur.core.ParameterContainer
- Sets the given point
(x,y) as new parameter object (of type
java.awt.Point) at index index within the
visible mask of the parameter array.
- setParameters(Object[]) -
Method in class gishur.core.algorithms.Algorithm
-
- setParent(LayerManager) -
Method in class gishur.gui.Layer
- Verknüpft den übergeordeneten LayerManager.
- setParent(Symbolbar) -
Method in class gishur.awt.SymbolbarElement
- Setzt die zugeordnete Symbolleiste.
- setParent(Symbolbar) -
Method in class gishur.awt.SymbolSplitElement
- Setzt die zugeordnete Symbolleiste.
- setParent(Symbolbar) -
Method in class gishur.awt.SymbolSpinCombo
- Setzt die zugeordnete Symbolleiste.
- setParent(Symbolbar) -
Method in class gishur.awt.SymbolSpinNumCombo
- Setzt die zugeordnete Symbolleiste.
- setPlaybackFPS(float) -
Method in class gishur.awt.TraceBar
- Sets the playback speed in frames per second.
- setPlaybackSpeed(long) -
Method in class gishur.awt.TraceBar
- Sets the playback speed in milliseconds.
- setPoint(XPoint, int) -
Method in class gishur.x.XPolyline
- Setzt den Punkt Nr. i auf p.
- setPolar(double, double) -
Method in class gishur.x.XPoint
- Setzt den Punkt auf (angle,length) in Polarkoordinaten
- setPolar(float, float) -
Method in class gishur.graph.gui.FloatPoint
- Sets the point to the specified polar coordinates.
- setPositionsPreferred() -
Method in class gishur.graph.gui.DisplayGraph
- Sets the positions of
this DisplayGraph as preferred
graph positions (see Node.setPreferredPosition(java.lang.Object)).
- setPreferredPosition(Object) -
Method in class gishur.graph.core.Node
- Sets the preferred position for Visualizations.
- setPrefixTo(String) -
Method in class gishur.gui2.PropertyStatusReader
- Sets the properties prefix for reading properties.
- setProperties(GraphElement) -
Method in class gishur.graph.awt.PropertiesFrame
- Sets the properties of the given
GraphElement to
the values entered in the window.
- setPropertiesTo(DrawProperties) -
Method in class gishur.gui2.DrawAtom
- Sets the
DrawProperties object for this DrawAtom.
- setProperty(GraphElement, String, boolean) -
Method in class gishur.graph.core.TraverseAlgorithmCursor
- Sets a
boolean-value as value.
- setProperty(GraphElement, String, double) -
Method in class gishur.graph.core.TraverseAlgorithmCursor
- Sets a
double-value as value.
- setProperty(GraphElement, String, float) -
Method in class gishur.graph.core.TraverseAlgorithmCursor
- Sets a
float-value as value.
- setProperty(GraphElement, String, int) -
Method in class gishur.graph.core.TraverseAlgorithmCursor
- Sets an
int-value as value.
- setProperty(GraphElement, String, long) -
Method in class gishur.graph.core.TraverseAlgorithmCursor
- Sets a
long-value as value.
- setProperty(GraphElement, String, Object) -
Method in class gishur.graph.core.TraverseAlgorithmCursor
- Sets a property of the given
GraphElement specific to
this TraverseAlgorithmCursor, specified by the
String key to the given value.
- setProperty(GraphElement, String, short) -
Method in class gishur.graph.core.TraverseAlgorithmCursor
- Sets a
short-value as value.
- setProperty(String, boolean) -
Method in class gishur.graph.core.GraphElement
- Sets a
boolean-value as value.
- setProperty(String, boolean) -
Method in class gishur.gui2.DrawAtom
- Maps the specified
key to the specified value in this
DrawAtom's properties list.
- setProperty(String, double) -
Method in class gishur.graph.core.GraphElement
- Sets a
double-value as value.
- setProperty(String, double) -
Method in class gishur.gui2.DrawAtom
- Maps the specified
key to the specified value in this
DrawAtom's properties list.
- setProperty(String, float) -
Method in class gishur.graph.core.GraphElement
- Sets a
float-value as value.
- setProperty(String, int) -
Method in class gishur.graph.core.GraphElement
- Sets an
int-value as value.
- setProperty(String, int) -
Method in class gishur.gui2.DrawAtom
- Maps the specified
key to the specified value in this
DrawAtom's properties list.
- setProperty(String, long) -
Method in class gishur.graph.core.GraphElement
- Sets a
long-value as value.
- setProperty(String, Object) -
Method in class gishur.graph.core.GraphElement
- Sets a property of this
Node, specified by the String key
to the given value.
- setProperty(String, Object) -
Method in class gishur.gui2.DrawAtom
- Maps the specified
key to the specified value in this
DrawAtom's properties list.
- setProperty(String, Object) -
Method in class gishur.gui2.DrawProperties
- Maps the specified
key to the specified value in
this properties list.
- setProperty(String, short) -
Method in class gishur.graph.core.GraphElement
- Sets a
short-value as value.
- setPropertyAdapterSource(Object) -
Method in class gishur.gui2.PropertyStatusReader
- Sets a source object for
SourcePropertyAdapter entries.
- setPropertyForAllEdges(String, Object) -
Method in class gishur.graph.core.Graph
- Sets the property defined by
key for all
contained Edges of the Graph to value o.
- setPropertyForAllNodes(String, Object) -
Method in class gishur.graph.core.Graph
- Sets the property defined by
key for all
contained Nodes of the Graph to value o.
- setPropertyName(String) -
Method in class gishur.graph.gui.GraphElementPropertyAdapter
- Sets the property name to read properties from.
- setPropertyType(TypeFormat) -
Method in class gishur.graph.awt.PropEntry
- Sets the type of the property to the given
TypeFormat.
- setRay(double, double, double, int) -
Method in class gishur.x2.core.XSegment
- Sets this segment endpoints to
(x,y) and an unknown
point in direction dir using slope slope.
The object must be mutable.
- setRay(XPoint, double, int) -
Method in class gishur.x2.core.XSegment
- Sets this segment endpoints to
source and an unknown
point in direction dir using slope slope.
If the point is null, the point won't be overwritten.
- setReferencePoint(XPoint) -
Method in class gishur.x.PointComparitor
- Setzt den Referenzpunkt für Distanz-Ordnung, falls p!
- setRegister(PainterRegister) -
Method in class gishur.gui.Painter
- Verknüpft das Objekt mit einem PainterRegister.
- setRenderContext(RenderContext) -
Method in class gishur.gui2.DisplayManager
- Sets the
RenderContext to use.
- setRightText(String) -
Method in class gishur.awt.SymbolbarSlider
-
- setRow(int, double, double) -
Method in class gishur.core.math.Matrix
- Abkürzung: Schreibt zwei Zahlen in die x-te Zeile von 'links'.
- setRow(int, double, double, double) -
Method in class gishur.core.math.Matrix
- Abkürzung: Schreibt drei Zahlen in die x-te Zeile von 'links'.
- setRowNull(int) -
Method in class gishur.core.math.Matrix
- Liefert true, falls alle Werte in der Zeile x gleich 0 sind
- setRubberMode(DisplayObject, boolean) -
Method in class gishur.gui.inputhandler.ObjectMover
- Setzt den Rubber-Modus für das DisplayObject dob (das muß vorher angefügt worden
sein).
- setScreen(Rectangle) -
Method in class gishur.gui.VirtualScreen
-
- setScreenTransformation(ScreenTransformation) -
Method in class gishur.graph.gui.NodeInputHandler
- Sets the screen transformation for
this NodeInputHandler.
- setScreenTransformation(ScreenTransformation) -
Method in class gishur.gui2.DrawObject
- Sets the screen transformation for
this DrawObject.
- setScreenTransformation(ScreenTransformation) -
Method in class gishur.gui2.LayerManager
- Sets the screen transformation for this Layer.
- setScreenTransformation(ScreenTransformation) -
Method in class gishur.gui2.InputLayer
- Sets the screen transformation for this Layer.
- setScreenTransformation(ScreenTransformation) -
Method in class gishur.gui2.Layer
- Sets the screen transformation for this Layer.
- setSelector(Selector) -
Method in class gishur.awt.ZoomBar
- Setzt den Selektor für zoomSelected.
- setSerialization(boolean) -
Method in class gishur.graph.core.Graph
- This method marks Graphs to be serialized while a
serialization process.
- setShape(int, Shape) -
Method in class gishur.gui2.ShapeContainer
- Stores the
Shape shape at the index
idx in the ShapeContainer.
- setShape(Shape) -
Method in class gishur.gui.DisplayObject
- Setzt den Umriß.
- setShowtime(long) -
Method in class gishur.awt.ToolTipper
- Sets the showtime of the ToolTipper.
- setSize(int) -
Method in class gishur.awt.SymbolbarElement
- Setzt die Größe (also die Breite) des Elements.
- setSleeptime(long) -
Method in class gishur.awt.ToolTipper
- Sets the sleeptime of the ToolTipper.
- setSource(double) -
Method in class gishur.x.XParabola
- Setzt den Startparameter des Parabelbogens.
- setSource(double) -
Method in class gishur.x2.core.XQuadCurve
- Sets the source control point to the curve point with parameter
t.
- setSource(Object) -
Method in class gishur.gui2.DisplayInteractiveModel
- Sets a new source object for
this DisplayInteractiveModel.
- setSource(Object) -
Method in class gishur.gui2.ModelController
- Sets the source object (the model) of the controller.
- setSource(Object) -
Method in class gishur.gui2.DisplayModel
- Sets a new source object for
this DisplayModel.
- setSource(XPoint) -
Method in class gishur.x.XParabola
- Setzt den Startpunkt des Parabelbogens.
- setSource(XPoint) -
Method in class gishur.x2.core.XParametricCurve
- Sets the source point to
source (if not null).
- setSource(XPoint) -
Method in class gishur.x2.core.XQuadCurve
- Sets the source point to
source.
- setSource(XPoint) -
Method in class gishur.x2.core.XSegment
- Sets the source point to
source (if not null).
- setSourceEnd(boolean) -
Method in class gishur.x2.core.XParametricCurve
- Determines if the curve ends at the source point.
- setSpecialCursor(Cursor) -
Method in class gishur.gui.inputhandler.DragHandler
- Setzt den speziellen Cursor.
- setState(byte) -
Method in class gishur.gui2.PropertyStatusReader
- Sets the layout state.
- setState(int) -
Method in class gishur.gui2.DrawObject
- Sets a given state.
- setState(short) -
Method in class gishur.graph.core.GraphElement
- Sets the internal state to the given state.
- setState(short) -
Method in class gishur.x2.core.XObject
- Sets a given state.
- setStatus(byte) -
Method in class gishur.awt.DialogFrame
- Sets the dialog status.
- setStatus(int) -
Method in class gishur.awt.SymbolImageStatusButton
- Aktiviert den Status Nummer i.
- setStatus(int, String, Rectangle) -
Method in class gishur.awt.SymbolImageStatusButton
- Definiert den Status Nummer i indem der normale und der graue Bildausschnitt definiert wird.
- setStatus(int, String, Rectangle, Rectangle) -
Method in class gishur.awt.SymbolImageStatusButton
- Definiert den Status Nummer i indem der normale und der graue Bildausschnitt definiert wird.
- setStatus(Object) -
Method in interface gishur.gui.ScreenTransformation
- Stellt den im Objekt status gespeicherten Status der
Transformation wieder her.
- setStatus(Object) -
Method in class gishur.gui.VirtualScreen
- Stellt den im Objekt status gespeicherten Status der
Transformation wieder her.
- setStatus(Object) -
Method in class gishur.x.ScreenXTransformation
- Stellt den im Objekt status gespeicherten Status der
Transformation wieder her.
- setStatusTip(String) -
Method in class gishur.gui.DisplayManager
- Sets the StatusTip-text.
- setStatusTip(String) -
Method in class gishur.gui.InputHandler
- Sets the StatusTip-text.
- setStatusTips(boolean) -
Method in class gishur.gui2.DisplayManager
- Enables / disables ToolTips
- setStopMode(Applet, byte) -
Method in class gishur.applet.ApplicationContext
- Setzt den Stopmode des Applets applet, d.h bestimmt, was passiert, wenn applet
gestoppt bzw. zerstört wird.
- setStopMode(byte) -
Method in class gishur.applet.ApplicationApplet
- Setzt den Stopmode des Applets applet, d.h bestimmt, was passiert, wenn applet
gestoppt bzw. zerstört wird.
- setStyle(String) -
Method in class gishur.gui2.PropertyStatusReader
- Sets the style prefix to the given String (may be empty).
- setSubType(String) -
Method in class gishur.gui2.PropertyStatusReader
- Sets the subtype prefix to the given String (may be empty).
- setSubTypePrefix(String) -
Method in class gishur.gui2.Painter
- Sets the subtype prefix that this
Painter should use for
reading properties.
- setSubTypePrefix(String) -
Method in class gishur.gui2.LinkPainter
- Sets the subtype prefix that this
Painter should use for
reading properties.
- setSupportActivation(boolean) -
Method in class gishur.gui2.DisplayInteractiveObject
- Permits or denies the
DisplayInteractiveObject to support
activation.
- setSupportElementTransform(boolean) -
Method in class gishur.gui2.DisplayInteractiveObject
- Permits or denies the DisplayObject to support element transformation.
- setSupportSelection(boolean) -
Method in class gishur.gui2.DisplayInteractiveObject
- Permits or denies the DisplayObject to support selection.
- setSweepListener(SweepListener) -
Method in class gishur.core.Sweep
- Sets the
SweepListener of this Sweep to sweep.
- setSystemExitMode(byte) -
Method in class gishur.applet.ApplicationContext
- Legt fest, wann eine Application durch SystemExit beendet werden soll.
- setTarget(double) -
Method in class gishur.x.XParabola
- Setzt den Zielparameter des Parabelbogens.
- setTarget(double) -
Method in class gishur.x2.core.XQuadCurve
- Sets the target control point to the curve point with parameter
t.
- setTarget(Object) -
Method in class gishur.gui.Painter
- Setzt das verknüpfte Objekt neu.
- setTarget(Object) -
Method in class gishur.gui.inputhandler.EditorXPoint
- Setzt das verknüpfte Objekt neu.
- setTarget(Object) -
Method in class gishur.gui.inputhandler.EditorXRay
- Setzt das verknüpfte Objekt neu.
- setTarget(Object) -
Method in class gishur.gui.inputhandler.EditorXLine
- Setzt das verknüpfte Objekt neu.
- setTarget(Object) -
Method in class gishur.gui.inputhandler.EditorXSegment
- Setzt das verknüpfte Objekt neu.
- setTarget(Object) -
Method in class gishur.gui.inputhandler.EditorXPolyline
- Setzt das verknüpfte Objekt neu.
- setTarget(Object) -
Method in class gishur.gui.displayobject.DisplayXList
- Setzt das verknüpfte Objekt neu.
- setTarget(Object) -
Method in class gishur.gui.displayobject.DisplayXRay
- Setzt das verknüpfte Objekt neu.
- setTarget(Object) -
Method in class gishur.gui.displayobject.DisplayXSegment
- Setzt das verknüpfte Objekt neu.
- setTarget(Object) -
Method in class gishur.gui.displayobject.DisplayXLine
- Setzt das verknüpfte Objekt neu.
- setTarget(Object) -
Method in class gishur.gui.displayobject.DisplayXCircle
- Setzt das verknüpfte Objekt neu.
- setTarget(Object) -
Method in class gishur.gui.displayobject.DisplayXPoint
- Setzt das verknüpfte Objekt neu.
- setTarget(Object) -
Method in class gishur.gui.displayobject.DisplayXParabola
- Setzt das verknüpfte Objekt neu.
- setTarget(Object) -
Method in class gishur.gui.displayobject.DisplayXPolyline
- Setzt das verknüpfte Objekt neu.
- setTarget(XPoint) -
Method in class gishur.x.XParabola
- Setzt den Endpunkt des Parabelbogens.
- setTarget(XPoint) -
Method in class gishur.x2.core.XParametricCurve
- Sets the target point to
target (if not null).
- setTarget(XPoint) -
Method in class gishur.x2.core.XQuadCurve
- Sets the target point to
target.
- setTarget(XPoint) -
Method in class gishur.x2.core.XSegment
- Sets the target point to
target (if not null).
- setTargetEnd(boolean) -
Method in class gishur.x2.core.XParametricCurve
- Determines if the curve ends at the target point.
- setText(String) -
Method in class gishur.awt.SymbolbarLabel
-
- setToIdentity() -
Method in class gishur.graph.gui.AffineTransformation
- Resets this transform to the Identity transform.
- setToIdentity() -
Method in class gishur.x.AffineTransformation
- Resets this transform to the Identity transform.
- setToIdentity() -
Method in class gishur.x2.core.AffineTransformation
- Resets this transform to the Identity transform.
- setToolTip(String) -
Method in class gishur.gui.DisplayManager
- Sets the ToolTip-text.
- setToolTip(String) -
Method in class gishur.gui.InputHandler
- Sets the ToolTip-text.
- setToolTipAlignment(byte) -
Method in class gishur.awt.ToolTipper
- Sets the alignment of the ToolTip.
- setToolTipMouseDistance(int, int) -
Method in class gishur.awt.ToolTipper
- Sets the distance of the ToolTip relative to the mouse position.
- setToolTips(boolean) -
Method in class gishur.gui2.DisplayManager
- Enables / disables ToolTips
- setToRotation(double) -
Method in class gishur.graph.gui.AffineTransformation
- Sets this transform to a rotation transformation.
- setToRotation(double) -
Method in class gishur.x.AffineTransformation
- Sets this transform to a rotation transformation.
- setToRotation(double) -
Method in class gishur.x2.core.AffineTransformation
- Sets this transform to a rotation transformation.
- setToRotation(double, double, double) -
Method in class gishur.graph.gui.AffineTransformation
- Sets this transform to a translated rotation transformation.
- setToRotation(double, double, double) -
Method in class gishur.x.AffineTransformation
- Sets this transform to a translated rotation transformation.
- setToRotation(double, double, double) -
Method in class gishur.x2.core.AffineTransformation
- Sets this transform to a translated rotation transformation.
- setToScale(double, double) -
Method in class gishur.graph.gui.AffineTransformation
- Sets this transform to a scaling transformation.
- setToScale(double, double) -
Method in class gishur.x.AffineTransformation
- Sets this transform to a scaling transformation.
- setToScale(double, double) -
Method in class gishur.x2.core.AffineTransformation
- Sets this transform to a scaling transformation.
- setToShear(double, double) -
Method in class gishur.graph.gui.AffineTransformation
- Sets this transform to a shearing transformation.
- setToShear(double, double) -
Method in class gishur.x.AffineTransformation
- Sets this transform to a shearing transformation.
- setToShear(double, double) -
Method in class gishur.x2.core.AffineTransformation
- Sets this transform to a shearing transformation.
- setToTranslation(double, double) -
Method in class gishur.graph.gui.AffineTransformation
- Sets this transform to a translation transformation.
- setToTranslation(double, double) -
Method in class gishur.x.AffineTransformation
- Sets this transform to a translation transformation.
- setToTranslation(double, double) -
Method in class gishur.x2.core.AffineTransformation
- Sets this transform to a translation transformation.
- setTraceExecutor(TraceExecutor) -
Method in class gishur.awt.TraceBar
- Sets the
TraceExecutor, that manages algorithm execution.
- setTraceVisualizer(TraceVisualizer) -
Method in class gishur.awt.TraceBar
- Sets the
TraceVisualizer for visualization of
the recorded TraceLabels.
- setTransform(AffineTransformation) -
Method in class gishur.graph.gui.AffineTransformation
- Sets this transform to a copy of the transform in the indicated
AffineTransformation object.
- setTransform(AffineTransformation) -
Method in class gishur.x.AffineTransformation
- Sets this transform to a copy of the transform in the indicated
AffineTransformation object.
- setTransform(AffineTransformation) -
Method in class gishur.x2.core.AffineTransformation
- Sets this transform to a copy of the transform in the indicated
AffineTransformation object.
- setTransform(double, double, double, double, double, double) -
Method in class gishur.graph.gui.AffineTransformation
- Sets this transform to the matrix specified by the 6
double precision values.
- setTransform(double, double, double, double, double, double) -
Method in class gishur.x.AffineTransformation
- Sets this transform to the matrix specified by the 6
double precision values.
- setTransform(double, double, double, double, double, double) -
Method in class gishur.x2.core.AffineTransformation
- Sets this transform to the matrix specified by the 6
double precision values.
- setTransformation(boolean) -
Method in class gishur.gui2.handler.MouseHandler
- Sets the transformation support for top level elements.
- setTransformation(ScreenTransformation) -
Method in class gishur.gui.Layer
- Ordnet dem Layer eine neue Transformation zu.
- setTranslateHandler(TranslateHandler) -
Method in class gishur.awt.ZoomBar
- Setzt den TranslateHandler für den Translate-Modus.
- setTranslateMouseButton(int) -
Method in class gishur.gui2.handler.TranslateHandler
- Sets the button to translate with
(default:
MouseEvent.BUTTON1_MASK).
- setUpperCapacity(double) -
Method in class gishur.graph.core.Flow
- Sets the given
ucap value as new upper capacity bound or throws a
GraphException if capacity check is activated and the set flow value
would become invalid by the new upper bound.
- setUseAfterLastStep(boolean) -
Method in class gishur.awt.TraceBar
-
- setUseBeforeFirstStep(boolean) -
Method in class gishur.awt.TraceBar
-
- setUseThreadForExecution(boolean) -
Method in class gishur.awt.TraceBar
-
- setValue(int) -
Method in class gishur.awt.SymbolbarSlider
- Sets the value of the slider to the given value and dispatches
a value-changed event at the parent symbolbar.
- setValue(int) -
Method in class gishur.awt.SymbolSpinNumCombo
- Sets the value of the combo.
- setValue(Object) -
Method in class gishur.core.BasicListItem
- Stores the object
object.
- setValue(Object) -
Method in class gishur.core.StdListItem
- Tries store
object in this StdListItem.
- setValue(Object) -
Method in class gishur.core.BasicTreeItem
- Stores the object
object into this node.
- setValue(Object) -
Method in class gishur.core.StdTreeItem
- Tries to store
object in this StdTreeItem.
- setValue(Object) -
Method in class gishur.core.SimpleListItem
- Stores the object
object as value.
- setValue(Object) -
Method in class gishur.core.SimpleTreeItem
- Stores the object
object (equivalent to SimpleTreeItem.setKey(Object).
- setValue(Object) -
Method in interface gishur.core.KeyValueHolder
- Stores the object
object as value.
- setValue(Object) -
Method in class gishur.graph.awt.NumberTypeFormat
- Sets the value; it should be showed by the connected input component.
- setValue(Object) -
Method in class gishur.graph.awt.BooleanTypeFormat
- Sets the value; it should be showed by the connected input component.
- setValue(Object) -
Method in interface gishur.graph.awt.TypeFormat
- Sets the value; it should be showed by the connected input component.
- setValue(Object) -
Method in class gishur.graph.awt.FlowTypeFormat
- Sets the value; it should be showed by the connected input component.
- setValue(Object) -
Method in class gishur.graph.awt.StringTypeFormat
- Sets the value; it should be showed by the connected input component.
- setValue(Object) -
Method in class gishur.graph.core.GraphElement
- Stores the object
value as value.
- setValueText(String) -
Method in class gishur.awt.SymbolbarSlider
-
- setValueTo(int) -
Method in class gishur.awt.SymbolbarSlider
- Sets the slider value to the specified value without
dispatching events.
- setVirtualScreen(VirtualScreen) -
Method in interface gishur.gui.ScreenTransformation
- Weist der ScreenTransformation einen virtuellen Bildschirm
zu.
- setVirtualScreen(VirtualScreen) -
Method in class gishur.x.ScreenXTransformation
- Weist der ScreenTransformation einen virtuellen Bildschirm
zu.
- setVisible(boolean) -
Method in class gishur.applet.AppletFrame
- Zeigt das Appletfenster an.
- setVisibleMode(boolean) -
Method in class gishur.gui2.handler.TranslateHandler
- Sets the mode of the
TranslateHandler.
- setX(double) -
Method in class gishur.x.LineComparitor
- Setzt den X-Wert für den Vergleich von Geraden.
- setY(double) -
Method in class gishur.x.LineComparitor
- Setzt den y-Wert für den Vergleich von vertikalen Linienobjekten.
- setZoomHandler(ZoomHandler) -
Method in class gishur.awt.ZoomBar
- Setzt den ZoomHandler für den Zoom-Modus.
- setZoomInMouseButton(int) -
Method in class gishur.gui2.handler.ZoomHandler
- Sets the button to drag the zoom-in area with
(default:
MouseEvent.BUTTON1_MASK).
- setZoomOutMouseButton(int) -
Method in class gishur.gui2.handler.ZoomHandler
- Sets the button to zoom back
(default:
MouseEvent.BUTTON3_MASK).
- ShadowPainter - class gishur.gui2.painter.ShadowPainter.
-
- ShadowPainter(Painter) -
Constructor for class gishur.gui2.painter.ShadowPainter
-
- ShadowStyle - class gishur.gui2.painter.ShadowStyle.
-
- ShadowStyle(Style) -
Constructor for class gishur.gui2.painter.ShadowStyle
-
- shape -
Variable in class gishur.gui.inputhandler.EditorXPoint
- Punktform.
- shape -
Variable in class gishur.gui.inputhandler.EditorXRay
- Punktform.
- shape -
Variable in class gishur.gui.inputhandler.InputXSegment
- Punktform.
- shape -
Variable in class gishur.gui.inputhandler.EditorXSegment
- Punktform.
- shape -
Variable in class gishur.gui.inputhandler.Selector
- Punktform.
- shape -
Variable in class gishur.gui.inputhandler.EditorXPolyline
- Punktform.
- shape -
Variable in class gishur.gui.inputhandler.InputXPoint
- Punktform.
- shape -
Variable in class gishur.gui.inputhandler.InputXRay
- Punktform.
- shape -
Variable in class gishur.gui.inputhandler.InputXPolygon
- Punktform.
- shape -
Variable in class gishur.gui.inputhandler.InputXLine
- Punktform.
- shape -
Variable in class gishur.gui.displayobject.DisplayXList
- Punktform.
- shape -
Variable in class gishur.gui.displayobject.DisplayXRay
- Punktform.
- shape -
Variable in class gishur.gui.displayobject.DisplayXSegment
- Punktform.
- shape -
Variable in class gishur.gui.displayobject.DisplayXCircle
- Punktform.
- shape -
Variable in class gishur.gui.displayobject.DisplayXPoint
- Punktform.
- shape -
Variable in class gishur.gui.displayobject.DisplayXParabola
- Punktform.
- shape -
Variable in class gishur.gui.displayobject.DisplayXPolyline
- Punktform.
- shape -
Variable in class gishur.gui2.ShapeException
- Shape
- Shape - class gishur.gui.Shape.
-
Ein Shape-Objekt speichert Umrisse von einfachen 'Gebieten', die zum Zeichnen bzw.
zum Feststellen, wo genau ein Mausclick passiert ist.
- Shape - interface gishur.gui2.Shape.
- The
Shape interface provides definitions for objects that represent
some form of geometric shape in the screens integer coordinate space.
- shape() -
Method in class gishur.gui2.ShapeContainer.ShapeEnumeration
- Returns the actual
Shape of the enumeration.
- shape(int) -
Method in class gishur.gui2.ShapeContainer
- Returns the stored
Shape at the specified index.
- Shape(Object, BasicList) -
Constructor for class gishur.gui.Shape
- Konstruiert ein Shape-Objekt mit den GraphicPrimitives aus der
listenartigen Struktur data.
- Shape(Object, int) -
Constructor for class gishur.gui.Shape
- Konstruktor.
- ShapeContainer - class gishur.gui2.ShapeContainer.
- The
ShapeContainer class defines a shape which consists of
a set of other Shapes - ShapeContainer.ShapeEnumeration - class gishur.gui2.ShapeContainer.ShapeEnumeration.
- An
Enumeration for ShapeContainers. - ShapeContainer.ShapeEnumeration(ShapeContainer) -
Constructor for class gishur.gui2.ShapeContainer.ShapeEnumeration
- Default Constructor.
- ShapeContainer(int) -
Constructor for class gishur.gui2.ShapeContainer
- Constructs a new ShapeContainer, which can store
length
Shapes.
- ShapeException - exception gishur.gui2.ShapeException.
- Exception thrown by dynamic data structures while linking.
- ShapeException(int) -
Constructor for class gishur.gui2.ShapeException
- Constructor.
- ShapeException(int, Shape) -
Constructor for class gishur.gui2.ShapeException
- Constructor.
- shear(double, double) -
Method in class gishur.graph.gui.AffineTransformation
- Concatenates this transform with a shearing transformation.
- shear(double, double) -
Method in class gishur.x.AffineTransformation
- Concatenates this transform with a shearing transformation.
- shear(double, double) -
Method in class gishur.x2.core.AffineTransformation
- Concatenates this transform with a shearing transformation.
- shearX() -
Method in class gishur.graph.gui.AffineTransformation
- Returns the X coordinate shearing element (m01) of the 3x3
affine transformation matrix.
- shearX() -
Method in class gishur.x.AffineTransformation
- Returns the X coordinate shearing element (m01) of the 3x3
affine transformation matrix.
- shearX() -
Method in class gishur.x2.core.AffineTransformation
- Returns the X coordinate shearing element (m01) of the 3x3
affine transformation matrix.
- shearY() -
Method in class gishur.graph.gui.AffineTransformation
- Returns the Y coordinate shearing element (m10) of the 3x3
affine transformation matrix.
- shearY() -
Method in class gishur.x.AffineTransformation
- Returns the Y coordinate shearing element (m10) of the 3x3
affine transformation matrix.
- shearY() -
Method in class gishur.x2.core.AffineTransformation
- Returns the Y coordinate shearing element (m10) of the 3x3
affine transformation matrix.
- shift() -
Method in class gishur.graph.gui.FlowAdapter
- Returns the shift-parameter.
- SHORT -
Static variable in class gishur.graph.core.GraphElement
- Short information (mostly only the name)
- SHORT_WEIGHTS -
Static variable in class gishur.graph.core.WeightComparitor
- Flag indicating that the weights are
shorts.
- shortValue() -
Method in class gishur.core.math.MathNumber
- Returns the value of the number as a short.
- SHOW -
Static variable in class gishur.gui2.event.DrawEvent
- ID:
DrawAtom showed up
- SHOW_FIRST -
Static variable in class gishur.core.ListView
- Access to the first
ListItem
- SHOW_ITEMS -
Static variable in class gishur.core.ListView
- Access to the
ListItems
- SHOW_KEYS -
Static variable in class gishur.core.ListView
- Access to the keys
- SHOW_LAST -
Static variable in class gishur.core.ListView
- Access to the last
ListItem
- SHOW_VALUES -
Static variable in class gishur.core.ListView
- Access to the values
- show() -
Method in class gishur.gui.Painter
- Macht das Objekt wieder sichtbar.
- show() -
Method in class gishur.gui.Layer
- Macht den Layer und alle Objekte auf ihm wieder sichtbar.
- show() -
Method in class gishur.gui2.DrawObject
- Shows the DrawAtom (
DrawObject.visible()()==true - show() -
Method in class gishur.gui2.InputLayer
- Shows the
Layer (InputLayer.visible()()==true - show() -
Method in class gishur.gui2.Layer
- Shows the
Layer (Layer.visible()()==true - show(boolean) -
Method in class gishur.gui2.DrawObject
- Shows the DrawAtom (
DrawObject.visible()()==true - showCursor() -
Method in class gishur.gui.inputhandler.DragHandler
- Zeigt den HandCursor an und merkt sich den alten Cursor.
- showDirected() -
Method in class gishur.graph.gui.DisplayEdge
- Returns
true if the graph shows directed edges.
- showDocument(URL) -
Method in class gishur.applet.ApplicationContext
- Replaces the Web page currently being viewed with the given URL.
- showDocument(URL, String) -
Method in class gishur.applet.ApplicationContext
- Requests that the browser or applet viewer show the Web page
indicated by the
url argument.
- showLayoutOnEnable -
Variable in class gishur.gui.inputhandler.EditorXPoint
- Falls true, wird das Layout schon beim aktivieren angzeigt...
- showLayoutOnEnable -
Variable in class gishur.gui.inputhandler.EditorXRay
- Falls true, wird das Layout schon beim aktivieren angzeigt...
- showLayoutOnEnable -
Variable in class gishur.gui.inputhandler.EditorXLine
- Falls true, wird das Layout schon beim aktivieren angzeigt...
- showLayoutOnEnable -
Variable in class gishur.gui.inputhandler.EditorXSegment
- Falls true, wird das Layout schon beim aktivieren angzeigt...
- showLayoutOnEnable -
Variable in class gishur.gui.inputhandler.EditorXPolyline
- Falls true, wird das Layout schon beim aktivieren angzeigt...
- showStatus(String) -
Method in interface gishur.applet.AppletControl
- Requests that the argument string be displayed in the
"status window".
- showStatus(String) -
Method in class gishur.applet.ApplicationApplet
- Requests that the argument string be displayed in the
"status window".
- showStatus(String) -
Method in class gishur.applet.DockableApplet
- Requests that the argument string be displayed in the
"status window".
- showStatus(String) -
Method in class gishur.applet.ApplicationContext
- Requests that the argument string be displayed in the
"status window".
- showStatus(String) -
Method in class gishur.applet.ApplicationStub
- Requests that the argument string be displayed in the
"status window".
- showtime() -
Method in class gishur.awt.ToolTipper
- Returns the time to wait while showing tip (in ms).
- sibling() -
Method in class gishur.core.BasicTreeItem
- Returns the brother-node.
- sibling() -
Method in interface gishur.core.TreeItem
- Returns this TreeItem's brother node.
- sign() -
Method in class gishur.core.math.MathNumber
- Determines the sign of this number.
- sign() -
Method in class gishur.core.math.DoubleNumber
- Determines the sign of this number.
- sign() -
Method in class gishur.core.math.RationalNumber
- Determines the sign of this number.
- signedArea(double, double, double, double, double, double) -
Static method in class gishur.x2.core.XPoint
- Returns the signed area of the triangle
(x1,y1)-(x2,y2)-(x3,y3).
- signedArea(XPoint, XPoint, XPoint) -
Static method in class gishur.x2.core.XPoint
- Returns the signed area of the triangle
a-b-c.
- similarDirection(XBaseline) -
Method in class gishur.x.XBaseline
- Liefert true, wenn l und dieses XBasline-Objekt ungefähr in dieselbe Richtung
zeigen, also die Geraden höchstens einen Winkel von 90° aufspannen (gerichtet!).
- simple() -
Method in class gishur.x.XPolyline
- Test, ob die Polygonkette einfach ist.
- SimpleDrawManager - class gishur.gui2.SimpleDrawManager.
-
- SimpleDrawManager() -
Constructor for class gishur.gui2.SimpleDrawManager
-
- SimpleList - class gishur.core.SimpleList.
-
A
SimpleList is doubly connected list based upon BasicList.
{ - SimpleList() -
Constructor for class gishur.core.SimpleList
- Empty constructor.
- SimpleList(BasicList) -
Constructor for class gishur.core.SimpleList
- Conversion constructor.
- SimpleList(ListItem, int) -
Constructor for class gishur.core.SimpleList
- Copy-constructor.
- SimpleList(ListItem, ListItem) -
Constructor for class gishur.core.SimpleList
- Copy-constructor.
- SimpleList(Object[], int, int) -
Constructor for class gishur.core.SimpleList
- Array-constructor.
- SimpleListItem - class gishur.core.SimpleListItem.
- A simple ListItem, which only stores a value.
- SimpleListItem() -
Constructor for class gishur.core.SimpleListItem
- Default constructor.
- SimpleListItem(Object) -
Constructor for class gishur.core.SimpleListItem
- Constructor with initiation of the value. {
- SimpleTreeItem - class gishur.core.SimpleTreeItem.
-
A simple binary tree node containing only one value.
- SimpleTreeItem(int) -
Constructor for class gishur.core.SimpleTreeItem
- The standard constructor.
- SimpleTreeItem(int, Object) -
Constructor for class gishur.core.SimpleTreeItem
- Constructor performing an initialization of the stored value. {
- single() -
Method in class gishur.core.geom.Intersection
- Tests, if the intersection consists of one single object.
- singleCutPoint() -
Method in class gishur.x.Intersection
- Liefert true zurück, wenn die Schnittmenge aus einem einzelnen
Schnittpunkt besteht.
- singleXPoint() -
Method in class gishur.x2.core.Intersection
- Returns true, if and only if the intersection set consists of
one
single intersection point of type XPoint.
- sinh(double) -
Static method in class gishur.core.ExtMath
- Returns the hyperbolic sinus of angle
x.
- SkEdge - class gishur.x.voronoi.SkEdge.
- Eine Kante des Skeletts.
- SkEdge(Skeleton, SKR, SKR) -
Constructor for class gishur.x.voronoi.SkEdge
- Erzeugt eine neue Kante zwischen den Skelettregionen left und
right.
- SkEdge(Skeleton, XPoint, SKR, SKR, SkEdge, SkEdge) -
Constructor for class gishur.x.voronoi.SkEdge
- Erzeugt eine neue Kante zwischen den Skelettregionen left und right.
- Skeleton - class gishur.x.voronoi.Skeleton.
- Mit Hilfe dieses Objektes kann man das Skelett eines einfachen Polygons
berechnen und beispielsweise den maximal einbeschriebenen Kreis (MIC)
berechnen.
- skeleton() -
Method in class gishur.x.XPolygon
- Berechnet das Skelett (auch Medial Axis) des einfachen Polygons mit Hilfe
der Klasse gishur.x.voronoi.Skeleton.
- Skeleton(XPolygon) -
Constructor for class gishur.x.voronoi.Skeleton
- Konstruktor.
- SKR - class gishur.x.voronoi.SKR.
- Eine Skelettregion.
- SKR(Object) -
Constructor for class gishur.x.voronoi.SKR
- Konstruktor.
- sleeptime() -
Method in class gishur.awt.ToolTipper
- Returns the time to wait until tip shows up (in ms).
- slidePoint(XPoint, double) -
Method in class gishur.x.XPolygon
- Verschiebt den Punkt p auf dem Polygonrand um dist.
- slider_com -
Static variable in class gishur.awt.TraceBar
- ActionEvent Label.
- slider_size -
Variable in class gishur.awt.SymbolbarSlider
- Size of the Slider.
- slider_voffset -
Variable in class gishur.awt.SymbolbarSlider
- Vertical distance of the slider from center position.
- slope() -
Method in class gishur.x.XBaseline
- Liefert die Steigung des Geraden.
- slope() -
Method in class gishur.x2.core.XSegment
- Returns the slope of this segment.
- SMALLER -
Static variable in interface gishur.core.Comparitor
- return value of compare: o1 comes before o2 in the order.
- sort() -
Method in class gishur.core.Sorter
- The standard sorting method.
- sort(BasicList) -
Method in class gishur.core.Sorter
Sorter.sort() performed on a BasicList.
- sort(char[]) -
Method in class gishur.core.Sorter
Sorter.sort() directly called with an array of chars.
- sort(char[], int, int) -
Method in class gishur.core.Sorter
Sorter.sort() directly called with an array of chars
and an interval bounds specification.
- sort(Comparitor) -
Method in class gishur.core.SimpleList
- Sorts the list in ascending order using the
Comparitor comparitor.
- sort(Comparitor, short) -
Method in class gishur.core.SimpleList
- Sorts the list in the order defined by the
comparitor-object
either in ascending or in descending order (specified by order).
- sort(double[]) -
Method in class gishur.core.Sorter
Sorter.sort() directly called with an array of doubles.
- sort(double[], int, int) -
Method in class gishur.core.Sorter
Sorter.sort() directly called with an array of doubles
and an interval bounds specification.
- sort(Enumeration) -
Method in class gishur.core.Sorter
Sorter.sort() performed on an Enumeration.
- sort(float[]) -
Method in class gishur.core.Sorter
Sorter.sort() directly called with an array of floats.
- sort(float[], int, int) -
Method in class gishur.core.Sorter
Sorter.sort() directly called with an array of floats
and an interval bounds specification.
- sort(int[]) -
Method in class gishur.core.Sorter
Sorter.sort() directly called with an array of ints.
- sort(int[], int, int) -
Method in class gishur.core.Sorter
Sorter.sort() directly called with an array of ints
and an interval bounds specification.
- sort(long[]) -
Method in class gishur.core.Sorter
Sorter.sort() directly called with an array of longs.
- sort(long[], int, int) -
Method in class gishur.core.Sorter
Sorter.sort() directly called with an array of longs
and an interval bounds specification.
- sort(Object[]) -
Method in class gishur.core.Sorter
Sorter.sort() directly called with an array of Objects.
- sort(Object[], int, int) -
Method in class gishur.core.Sorter
Sorter.sort() directly called with an array of Objects and an interval bounds
specification.
- Sorter - class gishur.core.Sorter.
- This class implements several sorting-algorithms.
- Sorter() -
Constructor for class gishur.core.Sorter
- Standard constructor.
- Sorter(Comparitor) -
Constructor for class gishur.core.Sorter
- Constructor setting a
Comparitor or creating a new StdComparitor,
if c==null.
- source -
Variable in class gishur.gui2.ScreenTransformationException
- Object that produced the error.
- SOURCE -
Static variable in class gishur.gui2.Alignment
- Source-alignment constant (
==Alignment.LEFT).
- source() -
Method in class gishur.graph.core.Edge
- Returns the source
Node of this Edge.
- source() -
Method in class gishur.graph.gui.DisplayNode
- Returns the source object of
this DisplayInteractiveObject
This method must be overwritten properly.
- source() -
Method in class gishur.graph.gui.DisplayEdge
- Returns the source object of
this DisplayInteractiveObject
This method must be overwritten properly.
- source() -
Method in class gishur.gui2.DisplayInteractiveObject
- Returns the source object of
this DisplayInteractiveObject
This method must be overwritten properly.
- source() -
Method in class gishur.gui2.DisplayInteractiveModel
- Returns the source object of
this DisplayInteractiveModel
(shortcut for DisplayInteractiveModel.controller().ModelController.source()).
- source() -
Method in class gishur.gui2.ModelController
- Returns the source object (the model) of the controller.
- source() -
Method in class gishur.gui2.DisplayModel
- Returns the source object of
this DisplayModel
(shortcut for DisplayModel.controller().ModelController.source()).
- source() -
Method in class gishur.x.XBaseline
- Liefert eine Referenz auf den Source-Punkt zurück.
- source() -
Method in class gishur.x.XParabola
- Liefert den Startpunkt des Parabel-Intervalls.
- source() -
Method in class gishur.x.voronoi.SkEdge
- Liefert den Startpunkt.
- source() -
Method in class gishur.x2.core.XParametricCurve
- Return the source point of the curve.
- source() -
Method in class gishur.x2.core.XQuadCurve
- Return the source point of the parabola segment.
- source() -
Method in class gishur.x2.core.XSegment
- Return the source point of the segment.
- SourceAdapter - class gishur.gui2.SourceAdapter.
- A
SourcePropertyAdapter, that reads the source object itself
as property. - SourceAdapter() -
Constructor for class gishur.gui2.SourceAdapter
-
- sourceChanged() -
Method in class gishur.gui2.ModelController
- Returns
true, if the source object has changed.
- sourceEnd() -
Method in class gishur.x2.core.XParametricCurve
- Returns true, if the curve ends at the source point.
- sourceGraphElement() -
Method in class gishur.graph.gui.DisplayGraphElement
- Returns the source object of
this DisplayInteractiveObject
This method must be overwritten properly.
- SourcePropertyAdapter - class gishur.gui2.SourcePropertyAdapter.
- This class enables a more flexible way to extract properties: Store a
SourcePropertyAdapter in the properties and the SourcePropertyAdapter.getProperty(java.lang.String, java.lang.Object, gishur.gui2.PropertyStatusReader)
method of this class will be called every time, the property is requested.
- SourcePropertyAdapter() -
Constructor for class gishur.gui2.SourcePropertyAdapter
-
- speed_com -
Static variable in class gishur.awt.TraceBar
- ActionEvent Label.
- SpinSymbols - class gishur.awt.images.SpinSymbols.
StaticImage class representing the image
~Gishur\images\spinsymbols.gif.- SpinSymbols() -
Constructor for class gishur.awt.images.SpinSymbols
-
- sqrt() -
Method in class gishur.core.math.MathNumber
- Computes the square root of this.
- sqrt() -
Method in class gishur.core.math.DoubleNumber
- Computes the square root of this.
- SQUARE -
Static variable in class gishur.gui.inputhandler.EditorXPoint
- Quadratischer Punkt.
- SQUARE -
Static variable in class gishur.gui.inputhandler.EditorXRay
- Quadratischer Punkt.
- SQUARE -
Static variable in class gishur.gui.inputhandler.InputXSegment
- Quadratischer Punkt.
- SQUARE -
Static variable in class gishur.gui.inputhandler.EditorXSegment
- Quadratischer Punkt.
- SQUARE -
Static variable in class gishur.gui.inputhandler.EditorXPolyline
- Quadratischer Punkt.
- SQUARE -
Static variable in class gishur.gui.inputhandler.InputXPoint
- Quadratischer Punkt.
- SQUARE -
Static variable in class gishur.gui.inputhandler.InputXRay
- Quadratischer Punkt.
- SQUARE -
Static variable in class gishur.gui.inputhandler.InputXPolygon
- Quadratischer Punkt.
- SQUARE -
Static variable in class gishur.gui.inputhandler.InputXLine
- Quadratischer Punkt.
- SQUARE -
Static variable in class gishur.gui.displayobject.DisplayXList
- Quadratischer Punkt.
- SQUARE -
Static variable in class gishur.gui.displayobject.DisplayXRay
- Quadratischer Punkt.
- SQUARE -
Static variable in class gishur.gui.displayobject.DisplayXSegment
- Quadratischer Punkt.
- SQUARE -
Static variable in class gishur.gui.displayobject.DisplayXCircle
- Quadratischer Punkt.
- SQUARE -
Static variable in class gishur.gui.displayobject.DisplayXPoint
- Quadratischer Punkt.
- SQUARE -
Static variable in class gishur.gui.displayobject.DisplayXParabola
- Quadratischer Punkt.
- SQUARE -
Static variable in class gishur.gui.displayobject.DisplayXPolyline
- Quadratischer Punkt.
- squareDistance(XPoint) -
Method in class gishur.x.XPoint
- Quadrierte Distanz dieses Punktes zum Punkt p.
- SquarePointPainter - class gishur.gui2.painter.SquarePointPainter.
- A
Painter for points of square shape.
{ - SquarePointPainter() -
Constructor for class gishur.gui2.painter.SquarePointPainter
- Empty and only constructor.
- SquarePointStyle - class gishur.gui2.painter.SquarePointStyle.
- The
Style-class for points of a square shape. - SquarePointStyle() -
Constructor for class gishur.gui2.painter.SquarePointStyle
-
- sss() -
Method in class gishur.core.Sweep
- Returns the status-structure.
- sssp() -
Method in class gishur.graph.algorithms.BellmanFord
-
- Stack - class gishur.core.Stack.
- A simple stack based upon
BasicList. - Stack() -
Constructor for class gishur.core.Stack
- Empty constructor calling
BasicList.BasicList().
- start_com -
Static variable in class gishur.awt.TraceBar
- ActionEvent Label.
- START_MODIFICATION -
Static variable in class gishur.core.event.ModifyEvent
- ID: Begin a modification of the target object.
- START_MODIFICATION -
Static variable in class gishur.core.event.ObjectEvent
- ID für den Beginn einer Modifikation.
- start() -
Method in class gishur.gui2.ProtocolRenderContext
-
- start(PrintWriter) -
Method in class gishur.gui2.ProtocolRenderContext
-
- startApplet(Applet) -
Method in class gishur.applet.ApplicationContext
- Startet das Applet applet.
- startApplet(Applet, String, Container, int) -
Method in class gishur.applet.ApplicationApplet
- Startet das Applet applet und fügt es im Container container an die Stelle pos ein.
- startApplet(Applet, String, String, int, int) -
Method in class gishur.applet.ApplicationApplet
- Startet das Applet applet in einem Fenster mit Titel title, Breite width und Höhe height.
- startApplet(String, Applet, int, int, String) -
Method in class gishur.applet.ApplicationContext
- Startet das Applet Applet mit dem Namen name in einem Fenster der Breite width und
Höhe height mit dem Titel title.
- startCalculateElement(String) -
Method in class gishur.gui2.RenderContext
-
- startCalculateElement(String) -
Method in class gishur.gui2.ProtocolRenderContext
-
- startcolor -
Variable in class gishur.gui.inputhandler.InputXRay
- Punktfarbe des Startpunktes.
- startModification(ModifyEvent) -
Method in interface gishur.core.event.ModifyListener
- Invoked when a modification of the target object starts.
- startModification(ObjectEvent) -
Method in class gishur.awt.GishurEventMulticaster
- Routine, im Event zu verteilen...
- startModification(ObjectEvent) -
Method in interface gishur.core.event.ObjectListener
- Wird aufgerufen, bevor eine Modifikation an einem Objekt begonnen hat.
- startRecord() -
Method in class gishur.core.algorithms.Tracer
-
- startRenderElement(String) -
Method in class gishur.gui2.RenderContext
-
- startRenderElement(String) -
Method in class gishur.gui2.ProtocolRenderContext
-
- STATE_BOTH_END -
Static variable in class gishur.x2.core.XParametricCurve
- Curve ends at source and target points (parameters must lie between 0 and 1).
- STATE_DIRTY -
Static variable in class gishur.x2.core.XObject
- Dirty State.
- STATE_LOCKED -
Static variable in class gishur.x2.core.XObject
- Locked State.
- STATE_MUTABLE -
Static variable in class gishur.x2.core.XObject
- Mutable State.
- STATE_SOURCE_END -
Static variable in class gishur.x2.core.XParametricCurve
- Curve ends at the source point (parameters <0 are prohibited).
- STATE_TARGET_END -
Static variable in class gishur.x2.core.XParametricCurve
- Curve ends at the target point (parameters >1 are prohibited).
- state() -
Method in class gishur.graph.core.GraphElement
- Returns the complete internal state.
- state() -
Method in class gishur.gui2.DrawObject
- Returns the complete state of
this object.
- state() -
Method in class gishur.gui2.PropertyStatusReader
- Returns the layout state of the
PropertyReader.
- state() -
Method in class gishur.x2.core.XObject
- Returns the complete state of
this XObject.
- state(int) -
Method in class gishur.gui2.DrawObject
- Returns the state for the given state constant.
- state(short) -
Method in class gishur.graph.core.GraphElement
- Returns the internal state for the given state constant.
- state(short) -
Method in class gishur.x2.core.XObject
- Returns the state for the given state constant.
- stateToString() -
Method in class gishur.graph.core.Graph
- Returns the state of the
Graph as a string.
- StaticImage - class gishur.awt.StaticImage.
- Base class for static images that can be produced via the
ImageGrabber (see class
apps.tools.ImageGrabber) tool.
- StaticImage() -
Constructor for class gishur.awt.StaticImage
-
- status() -
Method in class gishur.awt.DialogFrame
- Returns the dialog status (canceled or ok).
- status() -
Method in class gishur.awt.SymbolImageStatusButton
- Liefert den aktuellen Status.
- statusCount() -
Method in class gishur.awt.SymbolImageStatusButton
- Liefert die Anzahl der zu setzenden Zustände.
- StdComparitor - class gishur.core.StdComparitor.
-
Standard
Comparitor type. - StdComparitor() -
Constructor for class gishur.core.StdComparitor
-
- StdListItem - class gishur.core.StdListItem.
- A standard
ListItem. - StdListItem() -
Constructor for class gishur.core.StdListItem
- Standard constructor.
- StdListItem(Object, Object) -
Constructor for class gishur.core.StdListItem
- Constructor initializing key and value.
{
- StdTreeItem - class gishur.core.StdTreeItem.
- Standard
TreeItem for trees. - StdTreeItem(int) -
Constructor for class gishur.core.StdTreeItem
- Standard constructor.
- StdTreeItem(int, Object, Object) -
Constructor for class gishur.core.StdTreeItem
- Constructor initializing key and value. {
- step(Object, int, int, String, Object[]) -
Method in interface gishur.core.DebugListener
- Is called in a step of the algorithm.
- STOP_ALL -
Static variable in class gishur.applet.ApplicationContext
- Alle Applets werden gestoppt, wenn dieses Applet gestoppt wird.
- STOP_ALL_APPLETS -
Static variable in interface gishur.applet.AppletControl
- Konstante für setExitMode bzw. setCloseMode: alle Applets werden gestoppt
- STOP_ALL_APPLETS -
Static variable in class gishur.applet.ApplicationApplet
- Konstante für setExitMode bzw. setCloseMode: alle Applets werden gestoppt
- STOP_APPLET -
Static variable in interface gishur.applet.AppletControl
- Konstante für setExitMode bzw. setCloseMode: das Applet wird angehalten
- STOP_APPLET -
Static variable in class gishur.applet.ApplicationApplet
- Konstante für setExitMode bzw. setCloseMode: das Applet wird angehalten
- stop() -
Method in class gishur.applet.ApplicationApplet
- Stoppt alle Applets.
- stopAllApplets() -
Method in class gishur.applet.ApplicationContext
- Stoppt alle Applets.
- stopApplet(Applet) -
Method in class gishur.applet.ApplicationContext
- Stoppt das Applet applet.
- stopRecord() -
Method in class gishur.core.algorithms.Tracer
-
- storeInArray(Object[], int, int, ListItem, byte, boolean) -
Method in class gishur.core.BasicList
- Stores a part of the list into an array.
- storeInArray(Object[], int, int, TreeItem, byte, byte) -
Method in class gishur.core.BasicTree
- Saves the partial tree with root
root into array, starting
at position startindex and maximally writing into length
elements of the array.
- storeInList(BasicList) -
Method in class gishur.core.Sorter
- Stores the content of this
Sorter-object (sorted or not) int BasicList L.
- StringTypeFormat - class gishur.graph.awt.StringTypeFormat.
- A
TypeFormat, that handles string values. - StringTypeFormat() -
Constructor for class gishur.graph.awt.StringTypeFormat
- Creates a new
StringTypeFormat.
- stripDisabledImage(int, int, Image, Rectangle, int, int) -
Method in class gishur.awt.Symbolbar
- Versieht die SymbolImageButtons mit Indizes zwischen start und end mit
dem Image image (für die deaktivierte Darstellung), aus dem der Ausschnitt
area gezeichnet wird.
- stripEnabledImage(int, int, Image, Rectangle, int, int) -
Method in class gishur.awt.Symbolbar
- Versieht die SymbolImageButtons mit Indizes zwischen start und end mit
dem Image image, aus dem der Ausschnitt area gezeichnet wird.
- stripImages(int, int, Image, Image, Rectangle, int, int) -
Method in class gishur.awt.Symbolbar
- Versieht die SymbolImageButtons mit Indizes zwischen start und end mit
dem Image image und gray_image, aus denen der Ausschnitt area gezeichnet
wird.
- Style - class gishur.gui2.Style.
Style is the global part of a set of painters.
- STYLE_PROPERTY_NAME -
Static variable in class gishur.gui2.PropertyStatusReader
- The property name for a style property.
- style() -
Method in class gishur.gui2.Painter
- Returns the connected
Style of this Painter
(that is the Style that created this object via
its Style.createPainter(java.lang.String, java.lang.String, gishur.gui2.PropertyStatusReader) method).
- style() -
Method in class gishur.gui2.PropertyStatusReader
- Returns the style prefix for properties (may be empty).
- Style() -
Constructor for class gishur.gui2.Style
-
- stylePrefix() -
Method in class gishur.graph.gui.RoundNodeStyle
- Returns the style prefix string used for reading properties by
all Painters that are created by this
Style.
- stylePrefix() -
Method in class gishur.graph.gui.GraphElementInfoStyle
- Returns the style prefix string used for reading properties by
all Painters that are created by this
Style.
- stylePrefix() -
Method in class gishur.graph.gui.EdgeStyle
- Returns the style prefix string used for reading properties by
all Painters that are created by this
Style.
- stylePrefix() -
Method in class gishur.gui2.Style
- Returns the style prefix string used for reading properties by
all Painters that are created by this
Style.
- stylePrefix() -
Method in class gishur.gui2.painter.InfoStyle
- Returns the style prefix string used for reading properties by
all Painters that are created by this
Style.
- stylePrefix() -
Method in class gishur.gui2.painter.InrectStyle
- Returns the style prefix string used for reading properties by
all Painters that are created by this
Style.
- stylePrefix() -
Method in class gishur.gui2.painter.RoundPointStyle
- Returns the style prefix string used for reading properties by
all Painters that are created by this
Style.
- stylePrefix() -
Method in class gishur.gui2.painter.InvectStyle
- Returns the style prefix string used for reading properties by
all Painters that are created by this
Style.
- stylePrefix() -
Method in class gishur.gui2.painter.LineStyle
- Returns the style prefix string used for reading properties by
all Painters that are created by this
Style.
- stylePrefix() -
Method in class gishur.gui2.painter.SquarePointStyle
- Returns the style prefix string used for reading properties by
all Painters that are created by this
Style.
- stylePrefix() -
Method in class gishur.gui2.painter.PolygonStyle
- Returns the style prefix string used for reading properties by
all Painters that are created by this
Style.
- stylePrefix() -
Method in class gishur.gui2.painter.ShadowStyle
- Returns the style prefix string used for reading properties by
all Painters that are created by this
Style.
- stylePrefix() -
Method in class gishur.x2.gui.FancyPointStyle
- Returns the style prefix string used for reading properties by
all Painters that are created by this
Style.
- subtract(MathNumber) -
Method in class gishur.core.math.MathNumber
- Computes this-
n.
- subtract(MathNumber) -
Method in class gishur.core.math.DoubleNumber
- Computes this-
n.
- subtract(MathNumber) -
Method in class gishur.core.math.RationalNumber
- Computes this-
n.
- subtract(XPoint) -
Method in class gishur.x2.core.XPoint
- Substracts
v from this vector.
- subtype() -
Method in class gishur.gui2.PropertyStatusReader
- Returns the subtype prefix for properties (may be empty).
- supportActivation() -
Method in class gishur.gui2.DisplayInteractiveObject
- Returns
true, if the DisplayInteractiveObject
supports activation.
- supportElementTransform() -
Method in class gishur.gui2.DisplayInteractiveObject
- Returns
true, if this object supports
element transformations.
- supportIntersection(int, Object) -
Method in interface gishur.core.geom.Intersectable
- Returns true, if this class (or object) provides intersection with the
given object o.
- supportIntersection(int, Object) -
Method in class gishur.x2.core.XQuadCurve
- Returns true, if this class (or object) provides intersection with the
given object o.
- supportIntersection(int, Object) -
Method in class gishur.x2.core.XSegment
- Returns true, if this class (or object) provides intersection with the
given object o.
- supportSelection() -
Method in class gishur.gui2.DisplayInteractiveObject
- Returns
true, if the DisplayInteractiveObject
supports selection.
- supportsIntersection(AreaIntersectable, boolean) -
Method in class gishur.x.XHalfplane
- Liefert true, falls diese Klasse den Schnitt mit dem übergebenen
Gebiet unterstützt.
- supportsIntersection(AreaIntersectable, boolean) -
Method in class gishur.x.XUPolygon
- Liefert true, falls diese Klasse den Schnitt mit dem übergebenen
Gebiet unterstützt.
- supportsIntersection(AreaIntersectable, boolean) -
Method in interface gishur.x.AreaIntersectable
- Liefert true, falls diese Klasse den Schnitt mit dem übergebenen
Gebiet unterstützt.
- supportsIntersection(AreaIntersectable, boolean) -
Method in class gishur.x.Area
- Liefert true, falls diese Klasse den Schnitt mit dem übergebenen
Gebiet unterstützt.
- supportsIntersection(AreaIntersectable, boolean) -
Method in class gishur.x.XPolygon
- Liefert true, falls diese Klasse den Schnitt mit dem übergebenen
Gebiet unterstützt.
- supportsIntersection(Object) -
Method in class gishur.x.XBaseline
- Liefert true, falls diese Klasse den Schnitt mit dem übergebenen
Objekt unterstützt.
- supportsIntersection(Object) -
Method in class gishur.x.XLine
- Liefert true, falls diese Klasse den Schnitt mit dem übergebenen
Objekt unterstützt.
- supportsIntersection(Object) -
Method in class gishur.x.XPolyline
- Liefert true, falls diese Klasse den Schnitt mit dem übergebenen
Objekt unterstützt.
- supportsIntersection(Object) -
Method in class gishur.x.XUPolygon
- Liefert true, falls diese Klasse den Schnitt mit dem übergebenen
Objekt unterstützt.
- supportsIntersection(Object) -
Method in class gishur.x.XRay
- Liefert true, falls diese Klasse den Schnitt mit dem übergebenen
Objekt unterstützt.
- supportsIntersection(Object) -
Method in class gishur.x.XParabola
- Liefert true, falls diese Klasse den Schnitt mit dem übergebenen
Objekt unterstützt.
- supportsIntersection(Object) -
Method in class gishur.x.XPolygon
- Liefert true, falls diese Klasse den Schnitt mit dem übergebenen
Objekt unterstützt.
- supportsIntersection(Object) -
Method in interface gishur.x.Intersectable
- Liefert true, falls diese Klasse den Schnitt mit dem übergebenen
Objekt unterstützt.
- supportsIntersection(Object) -
Method in class gishur.x.XSegment
- Liefert true, falls diese Klasse den Schnitt mit dem übergebenen
Objekt unterstützt.
- SWAP_BORDER_COLOR -
Static variable in class gishur.gui.inputhandler.ObjectMover
-
- SWAP_COLOR -
Static variable in class gishur.gui.inputhandler.ObjectMover
-
- swapMode(byte) -
Method in class gishur.gui.inputhandler.ObjectMover
- Testet, ob im globale Farbswapmodus swm gesetzt wurde.
- swapMode(byte, ObjectContext) -
Method in class gishur.gui.inputhandler.ObjectMover
- Testet, ob im Farbswapmodus des Objektkontextes swm gesetzt wurde.
- swapPoints() -
Method in class gishur.x.XSegment
- Vertauscht den Source- mit dem Target-Punkt.
- swapPoints() -
Method in class gishur.x2.core.XSegment
- Swaps source and target points and preserves the open sides, e.g.
a ray points to the same direction after swapping points.
- Sweep - class gishur.core.Sweep.
- The basic class for sweep algorithms.
- Sweep() -
Constructor for class gishur.core.Sweep
- Empty constructor.
- Sweep(SweepListener) -
Constructor for class gishur.core.Sweep
- Creates a
Sweep-object and defines sweep as its
SweepListener.
- SweepEvent - interface gishur.core.SweepEvent.
-
An event interface for events belonging to Sweeps.
- SweepEventComparitor - class gishur.core.SweepEventComparitor.
-
A
SweepEventComparitor compares SweepEvents using
another Comparitor (which must at least be able to compare
KeyValueHolder-objects). - SweepEventComparitor(Comparitor) -
Constructor for class gishur.core.SweepEventComparitor
- Creates a new
SweepEventComparitor basing upon the
Comparitor comparitor.
- SweepListener - interface gishur.core.SweepListener.
- The implementation of the
SweepListener-interface is an alternative
to overriding the Sweep.processEvent(gishur.core.SweepEvent)-method in an own Sweep
-class. - SweepTreeItem - class gishur.core.SweepTreeItem.
- A
TreeItem for a binary tree. - SweepTreeItem(int, Object, Object) -
Constructor for class gishur.core.SweepTreeItem
- Constructor intialzing key, value and ID of this
SweepTreeItem.
- Switch - class gishur.core.Switch.
- Utilities for switch statements.
- SWITCH_BUTTON -
Static variable in class gishur.awt.SymbolButton
- Umschalt-Button.
- Switch() -
Constructor for class gishur.core.Switch
-
- switchOff() -
Method in class gishur.awt.TraceBar
- Switches the
TraceBar off.
- switchOn() -
Method in class gishur.awt.TraceBar
- Switches the
TraceBar on.
- switchselectbutton -
Variable in class gishur.gui.inputhandler.Selector
- Mousebutton(s), mit dem der Selektionsmodus umgeschaltet werden kann.
- Symbolbar - class gishur.awt.Symbolbar.
-
Eine Symbolleiste.
- Symbolbar(String, int) -
Constructor for class gishur.awt.Symbolbar
- Konstruktor
- SymbolbarArea - class gishur.awt.SymbolbarArea.
- SymbolbarArea() -
Constructor for class gishur.awt.SymbolbarArea
- Konstruktor.
- SymbolbarArea(boolean) -
Constructor for class gishur.awt.SymbolbarArea
- Konstruktor.
- SymbolbarElement - class gishur.awt.SymbolbarElement.
-
Ein Element, das in eine Symbolleiste eingefügt werden kann.
- SymbolbarElement() -
Constructor for class gishur.awt.SymbolbarElement
-
- SymbolbarGrasp - class gishur.awt.SymbolbarGrasp.
-
Der Griff für eine Symbolleiste.
- SymbolbarGrasp() -
Constructor for class gishur.awt.SymbolbarGrasp
- Konstruktor.
- SymbolbarLabel - class gishur.awt.SymbolbarLabel.
-
- SymbolbarLabel(String, String, int, boolean) -
Constructor for class gishur.awt.SymbolbarLabel
- Constructor.
- SymbolbarLabel(String, String, String, int, boolean) -
Constructor for class gishur.awt.SymbolbarLabel
- Constructor.
- SymbolbarSeparator - class gishur.awt.SymbolbarSeparator.
-
Ein Trennstrich auf der Symbolleiste.
- SymbolbarSeparator() -
Constructor for class gishur.awt.SymbolbarSeparator
- Konstruktor.
- SymbolbarSlider - class gishur.awt.SymbolbarSlider.
- A Symbolbarelement class that represents a slider.
- SymbolbarSlider(String, String, int, int) -
Constructor for class gishur.awt.SymbolbarSlider
- Constructor.
- SymbolButton - class gishur.awt.SymbolButton.
-
Ein Button für eine Symbolleiste.
- SYMBOLBUTTON_ACTION -
Static variable in class gishur.awt.SymbolButton
- Button gedrückt.
- SYMBOLBUTTON_OFF -
Static variable in class gishur.awt.SymbolButton
- Umschaltfläche ausgeschaltet.
- SYMBOLBUTTON_ON -
Static variable in class gishur.awt.SymbolButton
- Umschaltfläche eingeschaltet.
- SymbolButton() -
Constructor for class gishur.awt.SymbolButton
- Leerer Konstruktor.
- SymbolButton(String) -
Constructor for class gishur.awt.SymbolButton
- Konstruktor.
- SymbolButton(String, boolean) -
Constructor for class gishur.awt.SymbolButton
- Konstruktor.
- SymbolButton(String, String, boolean) -
Constructor for class gishur.awt.SymbolButton
- Konstruktor.
- SymbolImageButton - class gishur.awt.SymbolImageButton.
-
Ein Button für eine Symbolleiste.
- SymbolImageButton(String, boolean) -
Constructor for class gishur.awt.SymbolImageButton
- Konstruiert einen neuen ImageButton, vorerst ohne Bilder.
- SymbolImageButton(String, Image, Rectangle, Image, Rectangle, boolean) -
Constructor for class gishur.awt.SymbolImageButton
- Konstruiert einen ImageButton mit der Becshriftung label und den entsprechenden Bildern.
- SymbolImageButton(String, String, Image, Rectangle, Image, Rectangle, boolean) -
Constructor for class gishur.awt.SymbolImageButton
- Konstruiert einen ImageButton mit der Becshriftung label und den entsprechenden Bildern.
- SymbolImageButton(String, String, Image, Rectangle, Rectangle, boolean) -
Constructor for class gishur.awt.SymbolImageButton
- Konstruiert einen ImageButton mit der Becshriftung label und den entsprechenden Bildern.
- SymbolImageButton(String, String, Rectangle, Image, Image, boolean) -
Constructor for class gishur.awt.SymbolImageButton
- Konstruiert einen ImageButton mit der Becshriftung label und den entsprechenden Bildern.
- SymbolImageStatusButton - class gishur.awt.SymbolImageStatusButton.
- Ein SymbolImageButton, der verschiedene Zustände haben und für jeden Zustand ein anderes
Bild anzeigen kann.
- SymbolImageStatusButton(String, Image, Image, int, boolean) -
Constructor for class gishur.awt.SymbolImageStatusButton
- Konstruiert einen ImageButton mit der Becshriftung label und den entsprechenden Bildern.
- SymbolImageStatusButton(String, String, Image, Image, int, boolean) -
Constructor for class gishur.awt.SymbolImageStatusButton
- Konstruiert einen ImageButton mit der Becshriftung label und den entsprechenden Bildern.
- SymbolImageStatusButton(String, String, int, boolean) -
Constructor for class gishur.awt.SymbolImageStatusButton
- Konstruiert einen neuen ImageButton, vorerst ohne Bilder.
- SYMBOLSLIDER_VALUE_CHANGED -
Static variable in class gishur.awt.SymbolbarSlider
- ActionEvent-Type: Changed Value
- SymbolSpinCombo - class gishur.awt.SymbolSpinCombo.
- A symbolbar element which can show an element of a given list and scroll through
that list with two little spin buttons.
- SYMBOLSPINCOMBO_VALUE_CHANGED -
Static variable in class gishur.awt.SymbolSpinCombo
- ActionEvent-Type: Changed Value
- SYMBOLSPINCOMBO_VALUE_CHANGED -
Static variable in class gishur.awt.SymbolSpinNumCombo
- ActionEvent-Type: Changed Value
- SymbolSpinCombo(String, String, int, String[], int) -
Constructor for class gishur.awt.SymbolSpinCombo
- Constructor.
- SymbolSpinCombo(String, String, int, String[], int, boolean) -
Constructor for class gishur.awt.SymbolSpinCombo
- Constructor.
- SymbolSpinCombo(String, String, String[], int) -
Constructor for class gishur.awt.SymbolSpinCombo
- Constructor.
- SymbolSpinNumCombo - class gishur.awt.SymbolSpinNumCombo.
- A symbolbar element which can show a numerical value and change it via two
little spin buttons.
- SymbolSpinNumCombo(String, String, int, int, int) -
Constructor for class gishur.awt.SymbolSpinNumCombo
- Constructor.
- SymbolSpinNumCombo(String, String, int, int, int, int) -
Constructor for class gishur.awt.SymbolSpinNumCombo
- Constructor.
- SymbolSplitElement - class gishur.awt.SymbolSplitElement.
-
- SymbolSplitElement(String, SymbolbarElement, SymbolbarElement) -
Constructor for class gishur.awt.SymbolSplitElement
- Constructs a new SymbolSplitElement.
- system_disable() -
Method in class gishur.gui.InputHandler
- System hat letztes Wort...
- system_enable() -
Method in class gishur.gui.InputHandler
- System hat letztes Wort...
t.
p.
x.
==Alignment.RIGHT).
Node of this Edge.
ToInfoString.toInfoString() method, that will be
used by the InfoPainter for drawing values.String that can be used at Info-Boxes.
String that can be used at Info-Boxes.
this object.
Container c.
Container c and
connects it with the Applet a.
- ToolTipSource - interface gishur.gui.ToolTipSource.
- Interface for classes that produces tooltip and statustip text for the
given DisplayObjects.
- TOP -
Static variable in class gishur.gui2.Alignment
- Top-alignment constant (
==Alignment.LEFT).
- top() -
Method in class gishur.core.SimpleList
- Returns the last element of the stack.
- top() -
Method in class gishur.core.Stack
- Returns the upper (last) elements of the
Stack.
- top() -
Method in interface gishur.core.Cursor
- Sets the
Cursor to the first element.
- top() -
Method in class gishur.core.CursorAdapter
- Sets the
Cursor to the first element.
- toRay() -
Method in class gishur.x2.core.XSegment
- Returns a ray from
this object (which is at the target point open).
- toSegment() -
Method in class gishur.x2.core.XSegment
- Returns a segment from
this object.
- toShortString() -
Method in class gishur.x.voronoi.SKR
-
- toString_complete() -
Method in class gishur.x2.core.XObject
- Returns a more detailed string representation of the object than
XObject.toString().
- toString_complete() -
Method in class gishur.x2.core.XPoint
- Returns a more detailed string representation of the object than
XPoint.toString().
- toString_state() -
Method in class gishur.x2.core.XObject
- Returns a String representation of the internal XObject state.
- toString() -
Method in class gishur.applet.ApplicationStub
-
- toString() -
Method in class gishur.core.BasicListItem
- Overrides
Object.toString().
- toString() -
Method in class gishur.core.StdListItem
- Overrides
java.lang.Object.toString().
- toString() -
Method in class gishur.core.FibonacciNode
- Overrides
java.lang.Object.toString().
- toString() -
Method in class gishur.core.FibonacciHeap
- Overrides
java.lang.Object.toString().
- toString() -
Method in class gishur.core.BasicList
- Returns a string representation of the object.
- toString() -
Method in class gishur.core.Queue
- Overrides
java.lang.Object.toString().
- toString() -
Method in class gishur.core.SimpleList
- Overrides
java.lang.Object.toString().
- toString() -
Method in class gishur.core.StdComparitor
- Overrids
java.lang.Object.toString().
- toString() -
Method in class gishur.core.BasicTreeItem
- Overrides
Object.toString().
- toString() -
Method in class gishur.core.StdTreeItem
- Overrides
java.lang.Object.toString().
- toString() -
Method in class gishur.core.SweepTreeItem
- Overrides
java.lang.Object.toString().
- toString() -
Method in class gishur.core.Stack
- Overrides
java.lang.Object.toString().
- toString() -
Method in class gishur.core.ArrayEnumeration
- Overrides
java.lang.Object.toString().
- toString() -
Method in class gishur.core.BasicTree
- Overrides
Object.toString().
- toString() -
Method in class gishur.core.SimpleListItem
- Overrides
Object.toString().
- toString() -
Method in class gishur.core.List
- Overrides
java.lang.Object.toString().
- toString() -
Method in class gishur.core.ClipList
- Overrides
java.lang.Object.toString().
- toString() -
Method in class gishur.core.SimpleTreeItem
- Overrides
Object.toString().
- toString() -
Method in class gishur.core.ClassFilter
- Overrides
java.lang.Object.toString().
- toString() -
Method in class gishur.core.HashComparitor
- Overrides
java.lang.Object.toString()
- toString() -
Method in class gishur.core.SweepEventComparitor
- Overrides
java.lang.Object.toString().
- toString() -
Method in class gishur.core.ParameterContainer
- Overridden
toString-method which returns a string of the form
"gishur.core.ParameterContainer[offset=...,length=...,{-parameters-}]", where
offset is the offset of the visible part of the parameter array and
length is its length.
- toString() -
Method in class gishur.core.Sorter
- Overrides
java.lang.Object.toString().
- toString() -
Method in class gishur.core.ListView
- Overrides
Object.toString().
- toString() -
Method in class gishur.core.algorithms.Tracer
-
- toString() -
Method in class gishur.core.algorithms.TraceLabel
-
- toString() -
Method in class gishur.core.algorithms.TraceCursor
-
- toString() -
Method in class gishur.core.event.ModifyEvent
- Returns a string representation of the object.
- toString() -
Method in class gishur.core.event.ObjectEvent
- Überschreibt Object.toString().
- toString() -
Method in class gishur.core.geom.Intersection
- Returns a string representation of the object.
- toString() -
Method in class gishur.core.math.MathNumber
-
- toString() -
Method in class gishur.graph.core.TraverseCursor
- Overrides
java.lang.Object.toString().
- toString() -
Method in class gishur.graph.core.GraphElement
- Returns a
GraphElement.DETAILED string representation of the object,
as no detail level has been specified.
- toString() -
Method in class gishur.graph.core.TraverseAlgorithmCursor
- Overrides
java.lang.Object.toString().
- toString() -
Method in class gishur.graph.core.Graph
- Returns a
GraphElement.DETAILED string representation of the Graph.
- toString() -
Method in class gishur.graph.core.DijkstraCursor
- Overrides
java.lang.Object.toString().
- toString() -
Method in class gishur.graph.core.DFSCursor
- Overrides
java.lang.Object.toString().
- toString() -
Method in class gishur.graph.core.BFSCursor
- Overrides
java.lang.Object.toString().
- toString() -
Method in class gishur.graph.core.Flow
- Overrides
java.lang.Object.toString().
- toString() -
Method in class gishur.graph.core.NameFilter
- Overrides
java.lang.Object.toString().
- toString() -
Method in class gishur.graph.gui.AffineTransformation
- Returns a String that represents the value of this Object.
- toString() -
Method in class gishur.graph.gui.Visualization
- Returns a string representation of the object.
- toString() -
Method in class gishur.graph.gui.FloatPoint
- Overrides the
java.lang.Object.toString()-method.
- toString() -
Method in class gishur.graph.gui.NodeVisualization
- Returns a string representation of the object.
- toString() -
Method in class gishur.graph.gui.EdgeVisualization
- Returns a string representation of the object.
- toString() -
Method in class gishur.gui.Painter
- Überschreibt Object.toString()
- toString() -
Method in class gishur.gui.DisplayObject
- Überschreibt Object.toString()
- toString() -
Method in class gishur.gui.Rectangle_Primitive
-
- toString() -
Method in class gishur.gui.Circle_Primitive
-
- toString() -
Method in class gishur.gui.Polygon_Primitive
-
- toString() -
Method in class gishur.gui.Shape
- Überschreibt Object.toString().
- toString() -
Method in class gishur.gui.displayobject.DisplayXList
- Überschreibt Object.toString()
- toString() -
Method in class gishur.gui.displayobject.DisplayXRay
- Überschreibt Object.toString()
- toString() -
Method in class gishur.gui.displayobject.DisplayXSegment
- Überschreibt Object.toString()
- toString() -
Method in class gishur.gui.displayobject.DisplayXLine
- Überschreibt Object.toString()
- toString() -
Method in class gishur.gui.displayobject.DisplayXCircle
- Überschreibt Object.toString()
- toString() -
Method in class gishur.gui.displayobject.DisplayXPoint
- Überschreibt Object.toString()
- toString() -
Method in class gishur.gui.displayobject.DisplayXParabola
- Überschreibt Object.toString()
- toString() -
Method in class gishur.gui.displayobject.DisplayXPolyline
- Überschreibt Object.toString()
- toString() -
Method in class gishur.gui2.DrawAtom
- Returns a string representation of the object.
- toString() -
Method in class gishur.gui2.RectangleShape
- Returns a string representation of the object.
- toString() -
Method in class gishur.gui2.PolygonShape
- Returns a string representation of the object.
- toString() -
Method in class gishur.gui2.EllipseShape
- Returns a string representation of the object.
- toString() -
Method in class gishur.gui2.DrawDependency
- Returns a string representation of the object.
- toString() -
Method in class gishur.gui2.Alignment
- Overrides
java.lang.Object.toString().
- toString() -
Method in class gishur.gui2.DrawProperties
- Returns a string representation of the object.
- toString() -
Method in class gishur.gui2.ShapeContainer
- Returns a string representation of the object.
- toString() -
Method in class gishur.gui2.adapter.ObjectAdapter
- Returns a string representation of the object.
- toString() -
Method in class gishur.gui2.event.DrawEvent
- Returns a string representation of the object.
- toString() -
Method in class gishur.x.XObject
- Returns a string representation of the object.
- toString() -
Method in class gishur.x.XBaseline
- Überschreibt Object.toString().
- toString() -
Method in class gishur.x.XLine
- Überschreibt Object.toString().
- toString() -
Method in class gishur.x.XHalfplane
- Überschreibt Object.toString().
- toString() -
Method in class gishur.x.XPolyline
- Überschreibt Object.toString().
- toString() -
Method in class gishur.x.XUPolygon
- Überschreibt Object.toString().
- toString() -
Method in class gishur.x.PointComparitor
- Überschreibt Object.toString().
- toString() -
Method in class gishur.x.Area
- Überschreibt Object.toString().
- toString() -
Method in class gishur.x.XRay
- Überschreibt Object.toString().
- toString() -
Method in class gishur.x.XParabola
- Überschreibt Object.toString().
- toString() -
Method in class gishur.x.AffineTransformation
- Returns a String that represents the value of this Object.
- toString() -
Method in class gishur.x.XRectangle
-
- toString() -
Method in class gishur.x.XPolygon
- Überschreibt Object.toString().
- toString() -
Method in class gishur.x.XPoint
- Überschreibt Object.toString().
- toString() -
Method in class gishur.x.Intersection
- Überschreibt Object.toString().
- toString() -
Method in class gishur.x.ScreenXTransformation
- Überschreibt Object.toString.
- toString() -
Method in class gishur.x.LineComparitor
- Überschreibt Object.toString().
- toString() -
Method in class gishur.x.XCircle
- Überschreibt Object.toString().
- toString() -
Method in class gishur.x.XSegment
- Überschreibt Object.toString().
- toString() -
Method in class gishur.x.voronoi.SKR
- Überschreibt Object.toString().
- toString() -
Method in class gishur.x.voronoi.SkEdge
- Überschreibt Object.toString().
- toString() -
Method in class gishur.x2.core.XObject
- Returns a string representation of the object.
- toString() -
Method in class gishur.x2.core.AffineTransformation
- Returns a String that represents the value of this Object.
- toString() -
Method in class gishur.x2.core.XQuadCurve
- Returns a string representation of the parabola.
- toString() -
Method in class gishur.x2.core.XSegment
- Returns a string representation of the segment.
- toString() -
Method in class gishur.x2.core.XPoint
- Returns a string representation of the object.
- toString(boolean) -
Method in class gishur.graph.gui.FloatPoint
- Same as
FloatPoint.toString(), but with optional brackets around.
- toString(boolean) -
Method in class gishur.gui2.DrawProperties
- Returns a string representation of the object.
- toString(boolean) -
Method in class gishur.x.XPoint
- Liefert die String-Repräsentation des Punktes ohne den Klassennamen.
- toString(boolean) -
Method in class gishur.x.XCircle
- Liefert die String-Repräsentation des Kreises ohne den Klassennamen.
- toString(boolean, boolean) -
Method in class gishur.x.XLine
- Liefert einen String mit Angaben über das Objekt.
- toString(boolean, boolean) -
Method in class gishur.x.XPolyline
- Liefert einen String mit Angaben über das Objekt.
- toString(boolean, boolean, boolean) -
Method in class gishur.x.XRay
- Liefert einen String mit Angaben über das Objekt.
- toString(boolean, boolean, boolean) -
Method in class gishur.x.XSegment
- Liefert einen String mit Angaben über das Objekt.
- toString(boolean, boolean, boolean, boolean) -
Method in class gishur.x.XHalfplane
- Liefert einen String mit Angaben über das Objekt.
- toString(boolean, boolean, boolean, boolean, boolean) -
Method in class gishur.x.XUPolygon
- Liefert einen String mit Angaben über das Objekt.
- toString(boolean, boolean, boolean, int) -
Method in class gishur.gui2.DrawAtom
- Returns a string representation of the object.
- toString(boolean, int, int) -
Method in class gishur.core.BasicList
- Returns a string representation of
this list.
- toString(int) -
Method in class gishur.graph.core.GraphElement
- Returns a string representing this
GraphElement in a definable
level of detail.
- toString(int) -
Method in class gishur.graph.core.Edge
- Returns a string representation of this
Edge in a definable level of
detail.
- toString(int) -
Method in class gishur.graph.core.Node
- Returns a string representation of this
Edge in a definable level of
detail.
- toString(int, int, int) -
Method in class gishur.graph.core.Graph
- Overridden
toString method.
- toString(Object[]) -
Static method in class gishur.core.ArrayEnumeration
- Converts an array a to a string using commas "," to separate
array elements.
- toString(Object[], int, int) -
Static method in class gishur.core.ArrayEnumeration
- Converts a subarray starting at start with length len
to a string using commas "," to separate array elements.
- toString(Object[], int, int, String) -
Static method in class gishur.core.ArrayEnumeration
- Converts a subarray starting at start with length len
to a string using the separation string separator.
- toString(String, boolean) -
Method in class gishur.core.algorithms.TraceLabel
-
- toStringDetail() -
Method in class gishur.graph.gui.DisplayGraphElement
- Returns a string representation of the object, excluding class name
and details of the base
DrawAtom (like properties or members list).
- toStringDetail() -
Method in class gishur.gui2.DrawAtom
- Returns a string representation of the object, excluding class name
and details of the base
DrawAtom (like properties or members list).
- toStringMembers() -
Method in class gishur.graph.gui.Visualization
- Returns the registered DisplayGraphElements
as Strings.
- toTreeString() -
Method in class gishur.gui2.DrawAtom
- Returns a String-Representation of the drawing hierachy rooted by
this DrawAtom (for debugging reasons).
- TraceBar - class gishur.awt.TraceBar.
- A
TraceBar is a Symbolbar that support algorithm recording
via a Tracer object. - TraceBar(String) -
Constructor for class gishur.awt.TraceBar
-
- TraceCursor - class gishur.core.algorithms.TraceCursor.
-
- TraceException - exception gishur.core.algorithms.TraceException.
- Exception thrown by TraceObjects and
AlgorithmRecorders and so on.
- TraceException(int) -
Constructor for class gishur.core.algorithms.TraceException
- Constructor.
- TraceExecutor - interface gishur.core.algorithms.TraceExecutor.
- Interface for the execution of traceable algorithms.
- TraceLabel - class gishur.core.algorithms.TraceLabel.
- An instance of
TraceLabel represents a recorded step in an algorithm.
- TraceObject - class gishur.core.algorithms.TraceObject.
- An instance of the
TraceObject class can record various
states of an object. - Tracer - class gishur.core.algorithms.Tracer.
- A
Tracer object is the central object for the recording of
algorithms. - Tracer(String) -
Constructor for class gishur.core.algorithms.Tracer
- Default Constructor.
- TraceSymbols - class gishur.awt.images.TraceSymbols.
StaticImage class representing the image
~Gishur\images\tracesymbols.gif.- TraceSymbols() -
Constructor for class gishur.awt.images.TraceSymbols
-
- TraceVisualizer - interface gishur.core.algorithms.TraceVisualizer.
- Interface for the visualization of algorithm steps (labels) recorded by
a
Tracer.
- transform_XObject(AffineTransformation) -
Method in class gishur.x.XObject
- Transforms
this XObject by the given affine
transformation matrix.
- transform_XObject(double, double, double, double, double, double) -
Method in class gishur.x.XObject
- Transforms
this XObject by the given affine
transformation matrix.
- transform_XObject(double, double, double, double, double, double) -
Method in class gishur.x.XBaseline
- Transforms
this XObject by the given affine
transformation matrix.
- transform_XObject(double, double, double, double, double, double) -
Method in class gishur.x.XPolyline
- Transforms
this XObject by the given affine
transformation matrix.
- transform_XObject(double, double, double, double, double, double) -
Method in class gishur.x.XParabola
- Transforms
this XObject by the given affine
transformation matrix.
- transform_XObject(double, double, double, double, double, double) -
Method in class gishur.x.XPoint
- Transforms
this XObject by the given affine
transformation matrix.
- transform_XObject(double, double, double, double, double, double) -
Method in class gishur.x.XCircle
- Transforms
this XObject by the given affine
transformation matrix.
- transform(AffineTransformation) -
Method in class gishur.graph.gui.NodeVisualization
- Transforms
this Visualization by the given affine
transformation matrix.
- transform(AffineTransformation) -
Method in class gishur.x2.core.XObject
- Transforms
this XObject by the given affine
transformation matrix.
- transform(double[], int, double[], int, int) -
Method in class gishur.x.AffineTransformation
- Transforms an array of double precision coordinates by this transformation.
- transform(double[], int, double[], int, int) -
Method in class gishur.x2.core.AffineTransformation
- Transforms an array of double precision coordinates by this transformation.
- transform(double, double) -
Method in class gishur.x.AffineTransformation
- Transforms the specified point and returns the result as double array
of length 2.
- transform(double, double) -
Method in class gishur.x2.core.AffineTransformation
- Transforms the specified point and returns the result as double array
of length 2.
- transform(double, double, double, double, double, double) -
Method in class gishur.graph.gui.FloatPoint
- Transforms
this FloatPoint by the given affine
transformation matrix.
- transform(double, double, double, double, double, double) -
Method in class gishur.graph.gui.NodeVisualization
- Transforms
this Visualization by the given affine
transformation matrix.
- transform(double, double, double, double, double, double) -
Method in interface gishur.gui.ScreenTransformation
- Transformiert das Objekt mit der übergebenen Transformationsmatrix.
- transform(double, double, double, double, double, double) -
Method in interface gishur.gui.AffineTransformable
- Transformiert das Objekt mit der übergebenen Transformationsmatrix.
- transform(double, double, double, double, double, double) -
Method in class gishur.gui.displayobject.DisplayXSegment
- Transformiert das Objekt mit der übergebenen Transformationsmatrix.
- transform(double, double, double, double, double, double) -
Method in class gishur.gui.displayobject.DisplayXPoint
- Transformiert das Objekt mit der übergebenen Transformationsmatrix.
- transform(double, double, double, double, double, double) -
Method in class gishur.gui.displayobject.DisplayXPolyline
- Transformiert das Objekt mit der übergebenen Transformationsmatrix.
- transform(double, double, double, double, double, double) -
Method in class gishur.x.XBaseline
- Transformiert das Objekt mit der übergebenen Transformationsmatrix.
- transform(double, double, double, double, double, double) -
Method in class gishur.x.XPolyline
- Transformiert das Objekt mit der übergebenen Transformationsmatrix.
- transform(double, double, double, double, double, double) -
Method in class gishur.x.XPoint
- Transformiert das Objekt mit der übergebenen Transformationsmatrix.
- transform(double, double, double, double, double, double) -
Method in class gishur.x.ScreenXTransformation
- Transformiert das Objekt mit der übergebenen Transformationsmatrix.
- transform(double, double, double, double, double, double) -
Method in interface gishur.x.AffineXTransformable
- Transformiert das Objekt mit der übergebenen Transformationsmatrix.
- transform(double, double, double, double, double, double) -
Method in class gishur.x2.core.XObject
- Transforms
this XObject by the given affine
transformation matrix.
- transform(double, double, double, double, double, double) -
Method in class gishur.x2.core.XQuadCurve
- Transforms
this XObject by the given affine
transformation matrix.
- transform(double, double, double, double, double, double) -
Method in class gishur.x2.core.XSegment
- Transforms
this XObject by the given affine
transformation matrix.
- transform(double, double, double, double, double, double) -
Method in class gishur.x2.core.XPoint
- Transforms
this XObject by the given affine
transformation matrix.
- transform(float[], int, float[], int, int) -
Method in class gishur.graph.gui.AffineTransformation
- Transforms an array of float precision coordinates by this transformation.
- transform(float, float) -
Method in class gishur.graph.gui.AffineTransformation
- Transforms two
float-coordinates to a FloatPoint.
- transform(float, float) -
Method in class gishur.graph.gui.ScreenGraphTransformation
- Transforms a point in user space coordinates (given as
floats)
to a java.awt.Point representing screen coordinates.
- transform(FloatPoint) -
Method in class gishur.graph.gui.AffineTransformation
- Transforms a
FloatPoint to a FloatPoint.
- transform(FloatPoint[], int, FloatPoint[], int, int) -
Method in class gishur.graph.gui.AffineTransformation
- Transforms an array of
FloatPoint by this transformation.
- transform(Object) -
Method in class gishur.graph.gui.ScreenGraphTransformation
- Transforms a point in user space to a point on the screen.
- transform(Object) -
Method in interface gishur.gui.ScreenTransformation
- Transformiert das Object O in Bildschirmkorrdinaten.
- transform(Object) -
Method in class gishur.gui2.ScreenTransformation
- Transforms one point object in user space to a point on the screen.
- transform(Object) -
Method in class gishur.x.ScreenXTransformation
- Transformiert das Object O in Bildschirmkorrdinaten.
- transform(Object) -
Method in class gishur.x.gui.ScreenX2Transformation
- Transforms one point object in user space to a point on the screen.
- transform(Object) -
Method in class gishur.x2.gui.ScreenX2Transformation
- Transforms one point object in user space to a point on the screen.
- transform(Object[]) -
Method in class gishur.gui2.ScreenTransformation
- Transforms an array of point objects in user space to a point
array in screen coordinates.
- transform(Object[], int, int) -
Method in class gishur.graph.gui.ScreenGraphTransformation
- Transforms a subarray of points in user space to a point
array in screen coordinates.
- transform(Object[], int, int) -
Method in class gishur.gui2.ScreenTransformation
- Transforms a subarray of point objects in user space to a point
array in screen coordinates.
- transform(Object[], int, int) -
Method in class gishur.x.gui.ScreenX2Transformation
- Transforms a subarray of point objects in user space to a point
array in screen coordinates.
- transform(Object[], int, int) -
Method in class gishur.x2.gui.ScreenX2Transformation
- Transforms a subarray of point objects in user space to a point
array in screen coordinates.
- transform(Point) -
Method in class gishur.gui.VirtualScreen
- Transformiert den Punkt p in korrekte Bildschirmkoordinaten
- transform(Point[]) -
Method in interface gishur.gui.ScreenTransformation
- Transformiert die Punktliste in ein Objekt.
- transform(Point[]) -
Method in class gishur.gui.VirtualScreen
- Transformiert ein Array mit aktuellen Bildschirmkoordinaten
in korrekte Bildschirmkoordinaten.
- transform(Point[]) -
Method in class gishur.x.ScreenXTransformation
- Transformiert die Punktliste in ein Objekt.
- transform(Rectangle) -
Method in class gishur.gui.VirtualScreen
- Transformiert das Rechteck r in korrekte Bildschirmkoordinaten
- transform(String, double, double, double, double, double, double) -
Method in class gishur.gui2.ElementTransform
- Transforms the element with the given transformation matrix.
- transform(XObject) -
Method in class gishur.x.AffineTransformation
- Transforms the specified
XObject and returns the result.
- transform(XObject) -
Method in class gishur.x2.core.AffineTransformation
- Transforms the specified
XObject and returns the result.
- transform(XObject[]) -
Method in class gishur.x.AffineTransformation
- Transforms a given array of
XObjects and returns the result.
- transform(XObject[]) -
Method in class gishur.x2.core.AffineTransformation
- Transforms a given array of
XObjects and returns the result.
- transform(XObject[], int, int) -
Method in class gishur.x.AffineTransformation
- Transforms a given subarray of
XObjects and returns the result.
- transform(XObject[], int, int) -
Method in class gishur.x2.core.AffineTransformation
- Transforms a given subarray of
XObjects and returns the result.
- transform2Screen(Point) -
Method in class gishur.gui.VirtualScreen
- Transformiert den Punkt p in Bildschirmkoordinaten
- transform2Screen(Point[]) -
Method in class gishur.gui.VirtualScreen
- Transformiert ein Array Punkte in korrekten Koordinaten
in aktuelle Bildschirmkoordinaten.
- transform2Screen(Rectangle) -
Method in class gishur.gui.VirtualScreen
- Transformiert das Rechteck r in die aktuellen Bildschirmkoordinaten
- transform2ScreenX(int[]) -
Method in class gishur.gui.VirtualScreen
- Transformiert ein Array mit korrekten X-Koordinaten
in aktuelle X-Bildschirmkoordinaten.
- transform2ScreenY(int[]) -
Method in class gishur.gui.VirtualScreen
- Transformiert ein Array mit korrekten Y-Koordinaten
in aktuelle Y-Bildschirmkoordinaten.
- transformation -
Variable in class gishur.gui.ScreenTransformException
- Das ScreenTransformation-Objekt, das die Konvertierung durchführen sollte.
- transformation -
Variable in class gishur.gui2.ScreenTransformationException
- The
ScreenTransformation that produced the error.
- transformationEnabled() -
Method in class gishur.gui2.handler.MouseHandler
- Returns
true, if this MouseHandler
can transform top level elements itself.
- transformedBounds() -
Method in class gishur.gui2.ScreenTransformation
- Returns the corner points of the screen bounds transformed into user space
point objects.
- transformObjectFromPseudoScreen(Object) -
Method in interface gishur.gui.ScreenTransformation
- Macht die durch transformObjectToPseudoScreen auf das Objekt O angewandte
Transformation wieder rückgängig.
- transformObjectFromPseudoScreen(Object) -
Method in class gishur.x.ScreenXTransformation
- Macht die durch transformObjectToPseudoScreen auf das Objekt O angewandte
Transformation wieder rückgängig.
- transformObjectToPseudoScreen(Object) -
Method in interface gishur.gui.ScreenTransformation
- Transformiert das Objekt O nach Möglichkeit (umkehrbar!)
- transformObjectToPseudoScreen(Object) -
Method in class gishur.x.ScreenXTransformation
- Transformiert das Objekt O nach Möglichkeit (umkehrbar!)
- transformPoint(int, int) -
Method in interface gishur.gui.ScreenTransformation
- Transformiert den Punkt (x,y) in ein Objekt.
- transformPoint(int, int) -
Method in class gishur.x.ScreenXTransformation
- Transformiert den Punkt (x,y) in ein Objekt.
- transformPoint(Object) -
Method in interface gishur.gui.ScreenTransformation
- Transformiert das Objekt O in einen Punkt in Bildschirmkoordinaten.
- transformPoint(Object) -
Method in class gishur.x.ScreenXTransformation
- Transformiert das Objekt O in einen Punkt in Bildschirmkoordinaten.
- transformVector(int, int) -
Method in interface gishur.gui.ScreenTransformation
- Transformiert den Vektor in Weltkoordinaten, d.h. lediglich Länge
und Richtung können sich ändern, der Vektor wird jedoch nicht verschoben.
- transformVector(int, int) -
Method in class gishur.x.ScreenXTransformation
- Transformiert den Vektor, d.h. lediglich Länge und Richtung können sich
ändern, der Vektor wird jedoch nicht verschoben.
- transformVector(Object) -
Method in interface gishur.gui.ScreenTransformation
- Transformiert den Vektor in Bildschirmkoordinaten, d.h. lediglich Länge
und Richtung können sich ändern, der Vektor wird jedoch nicht verschoben.
- transformVector(Object) -
Method in class gishur.x.ScreenXTransformation
- Transformiert den Vektor in Bildschirmkoordinaten, d.h. lediglich Länge
und Richtung können sich ändern, der Vektor wird jedoch nicht verschoben.
- transformXHalfplane(XHalfplane) -
Method in class gishur.x.ScreenXTransformation
- Transformiert eine Halbebene in ein Punkteliste.
- transformXLine(int, int, int, int) -
Method in class gishur.x.ScreenXTransformation
- Erzeugt eine neue XLine durch die Punkte p1 und p2,
die in Bildschirmkoordinaten übergeben werden.
- transformXLine(Point, Point) -
Method in class gishur.x.ScreenXTransformation
- Erzeugt eine neue XLine durch die Punkte p1 und p2,
die in Bildschirmkoordinaten übergeben werden.
- transformXLine(XLine) -
Method in class gishur.x.ScreenXTransformation
- Transformiert eine XLine in eine Punktliste.
- transformXParabola(XParabola) -
Method in class gishur.x.ScreenXTransformation
- Transformiert ein Parabelstück in eine Punktliste.
- transformXPoint(double, double) -
Method in class gishur.x.ScreenXTransformation
- Transformiert einen Punkt (x,y) in Bildschirmkoordinaten.
- transformXPoint(int[], int[], int) -
Method in class gishur.x.ScreenXTransformation
- Transformiert ein Array mit Punkten in Bildschirmkoordinaten in
ein Array mit XPoint-Objekten.
- transformXPoint(int, int) -
Method in class gishur.x.ScreenXTransformation
- Transformiert einen Punkt (xx,yy) in Bildschirmkoordinaten in einen
XPoint.
- transformXPoint(Point) -
Method in class gishur.x.ScreenXTransformation
- Transformiert einen Punkt p in Bildschirmkoordinaten in einen
XPoint.
- transformXPoint(Point[]) -
Method in class gishur.x.ScreenXTransformation
- Transformiert ein Array mit Punkten in Bildschirmkoordinaten in
ein Array mit XPoint-Objekten.
- transformXPoint(XPoint) -
Method in class gishur.x.ScreenXTransformation
- Transformiert einen XPunkt p in Bildschirmkoordinaten.
- transformXPoint(XPoint[]) -
Method in class gishur.x.ScreenXTransformation
- Transformiert ein XPunkt-Array in Bildschirmkoordinaten.
- transformXPolygon(int[], int[], int) -
Method in class gishur.x.ScreenXTransformation
- Erzeugt ein neues XPolygon aus Punkten in Bildschirmkoordinaten.
- transformXPolygon(Point[]) -
Method in class gishur.x.ScreenXTransformation
- Erzeugt ein neues XPolygon aus Punkten in Bildschirmkoordinaten.
- transformXPolygon(Polygon) -
Method in class gishur.x.ScreenXTransformation
- Erzeugt ein neues XPolygon aus einem Polygon in Bildschirmkoordinaten.
- transformXPolygon(XPolygon) -
Method in class gishur.x.ScreenXTransformation
- Transformiert ein XPolygon in eine Punktliste.
- transformXPolyline(XPolyline) -
Method in class gishur.x.ScreenXTransformation
- Transformiert eine XPolyline in eine Punktliste.
- transformXRay(int, int, int, int) -
Method in class gishur.x.ScreenXTransformation
- Erzeugt einen neuen XRay durch beginnend mit Punkt p1 durch p2,
die beide in Bildschirmkoordinaten übergeben werden.
- transformXRay(Point, Point) -
Method in class gishur.x.ScreenXTransformation
- Erzeugt einen neuen XRay durch beginnend mit Punkt p1 durch p2,
die beide in Bildschirmkoordinaten übergeben werden.
- transformXRay(XRay) -
Method in class gishur.x.ScreenXTransformation
- Transformiert ein XRay in eine Punktliste.
- transformXRectangle(int, int, int, int) -
Method in class gishur.x.ScreenXTransformation
- Erzeugt ein neues XRectangle durch den Punkt (x,y) mit Breite width,
und Höhe height (in Bildschirmkoordinaten).
- transformXRectangle(Rectangle) -
Method in class gishur.x.ScreenXTransformation
- Erzeugt ein neues XRectangle aus dem Rectangle rect.
- transformXSegment(int, int, int, int) -
Method in class gishur.x.ScreenXTransformation
- Erzeugt ein neues XSegment durch die Punkte p1 und p2,
die in Bildschirmkoordinaten übergeben werden.
- transformXSegment(Point, Point) -
Method in class gishur.x.ScreenXTransformation
- Erzeugt ein neues XSegment durch die Punkte p1 und p2,
die in Bildschirmkoordinaten übergeben werden.
- transformXSegment(XSegment) -
Method in class gishur.x.ScreenXTransformation
- Transformiert ein XSegment in eine Punktliste.
- transformXSegment(XSegment[]) -
Method in class gishur.x.ScreenXTransformation
- Transformiert ein XSegment-Feld in eine Punktfeld.
- transformXUPolygon(XUPolygon) -
Method in class gishur.x.ScreenXTransformation
- Transformiert das unbeschränkte Polygon in eine Punktliste.
- translate_label -
Variable in class gishur.awt.ZoomBar
-
- translate_label -
Variable in class gishur.awt.ZoomBar2
-
- translate_XObject(double, double) -
Method in class gishur.x.XObject
- Translates
this XObject by the given Vector
(dx,dy).
- translate_XObject(XPoint) -
Method in class gishur.x.XObject
- Translates
this XObject by the given Vector
v.
- translate(DisplayObject, int, int) -
Method in interface gishur.gui.TranslateListener
- Der Aufruf informiert den Listener über die geplante Verschiebung des DisplayObjects object um den
Vektor (dx,dy) (in Bildschirmkoordinaten).
- translate(double, double) -
Method in class gishur.graph.gui.AffineTransformation
- Concatenates this transform with a translation transformation.
- translate(double, double) -
Method in class gishur.x.XBaseline
- Verschiebt das Objekt um den Vektor (dx,dy).
- translate(double, double) -
Method in class gishur.x.XPolyline
- Verschiebt das Objekt um den Vektor (dx,dy).
- translate(double, double) -
Method in class gishur.x.AffineTransformation
- Concatenates this transform with a translation transformation.
- translate(double, double) -
Method in class gishur.x.XPoint
- Verschiebt das Objekt um den Vektor (dx,dy).
- translate(double, double) -
Method in interface gishur.x.AffineXTransformable
- Verschiebt das Objekt um den Vektor (dx,dy).
- translate(double, double) -
Method in class gishur.x2.core.XObject
- Translates
this XObject by the given Vector
(dx,dy).
- translate(double, double) -
Method in class gishur.x2.core.AffineTransformation
- Concatenates this transform with a translation transformation.
- translate(int, int) -
Method in interface gishur.gui.ScreenTransformation
- Verschiebt das Objekt um den Vektor (dx,dy).
- translate(int, int) -
Method in class gishur.gui.Circle_Primitive
- Verschiebt das GraphicPrimitive um den Vektor (dx,dy).
- translate(int, int) -
Method in interface gishur.gui.GraphicPrimitive
- Verschiebt das GraphicPrimitive um den Vektor (dx,dy).
- translate(int, int) -
Method in interface gishur.gui.AffineTransformable
- Verschiebt das Objekt um den Vektor (dx,dy).
- translate(int, int) -
Method in class gishur.gui.Shape
- Verschiebt das GraphicPrimitive um den Vektor (dx,dy).
- translate(int, int) -
Method in class gishur.gui.displayobject.DisplayXSegment
- Verschiebt das Objekt um den Vektor (dx,dy).
- translate(int, int) -
Method in class gishur.gui.displayobject.DisplayXPoint
- Verschiebt das Objekt um den Vektor (dx,dy).
- translate(int, int) -
Method in class gishur.gui.displayobject.DisplayXPolyline
- Verschiebt das Objekt um den Vektor (dx,dy).
- translate(int, int) -
Method in class gishur.gui2.ScreenTransformation
- Translates the ScreenTransformation by the given vector.
- translate(int, int) -
Method in class gishur.gui2.RectangleShape
- Translates
this RectangleShape by the vector (x,y).
- translate(int, int) -
Method in class gishur.gui2.EllipseShape
- Translates
this EllipseShape by the vector (x,y).
- translate(int, int) -
Method in interface gishur.gui2.Shape
- Translates
this Shape by the vector (x,y).
- translate(int, int) -
Method in class gishur.gui2.ShapeContainer
- Translates
this Shape by the vector (x,y).
- translate(int, int) -
Method in class gishur.x.ScreenXTransformation
- Verschiebt das Objekt um den Vektor (dx,dy).
- translate(String, int, int) -
Method in class gishur.gui2.ElementTransform
- Translates the element by the given vector.
- translate(String, Point) -
Method in class gishur.gui2.ElementTransform
- Translates the element by the given vector.
- translate(XPoint) -
Method in class gishur.x2.core.XObject
- Translates
this XObject by the given Vector
v.
- TranslateHandler - class gishur.gui.inputhandler.TranslateHandler.
-
Ein TranslateHandler wird eingesetzt um den dargestellten Breich von bestimmten
Layern zu verschieben.
- TranslateHandler - class gishur.gui2.handler.TranslateHandler.
- An
InputHandler to make screen translations for zoom-operations. - TranslateHandler() -
Constructor for class gishur.gui2.handler.TranslateHandler
- Default constructor.
- TranslateHandler(DisplayManager, int) -
Constructor for class gishur.gui.inputhandler.TranslateHandler
- Konstruktor.
- TranslateListener - interface gishur.gui.TranslateListener.
- Interface, mit dem man translate-Operationen abhören kann.
- translateModeOff() -
Method in class gishur.awt.ZoomBar
- Translate-Modus aussschalten.
- translateModeOff() -
Method in class gishur.awt.ZoomBar2
- Translate-Modus aussschalten.
- translateModeOn() -
Method in class gishur.awt.ZoomBar
- Translate-Modus einschalten.
- translateModeOn() -
Method in class gishur.awt.ZoomBar2
- Translate-Modus einschalten.
- translatePolar(double, double) -
Method in class gishur.x.XPoint
- Verschiebt den Punkt um den durch den Winkel angle und der Länge length
in Polarkoordinaten beschriebenen Vektor.
- translatePolar(float, float) -
Method in class gishur.graph.gui.FloatPoint
- Translates the point by the vector represeted by
angle and length.
- translateX() -
Method in class gishur.graph.gui.AffineTransformation
- Returns the X coordinate translation element (m02) of the 3x3
affine transformation matrix.
- translateX() -
Method in class gishur.x.AffineTransformation
- Returns the X coordinate translation element (m02) of the 3x3
affine transformation matrix.
- translateX() -
Method in class gishur.x2.core.AffineTransformation
- Returns the X coordinate translation element (m02) of the 3x3
affine transformation matrix.
- translateY() -
Method in class gishur.graph.gui.AffineTransformation
- Returns the Y coordinate translation element (m12) of the 3x3
affine transformation matrix.
- translateY() -
Method in class gishur.x.AffineTransformation
- Returns the Y coordinate translation element (m12) of the 3x3
affine transformation matrix.
- translateY() -
Method in class gishur.x2.core.AffineTransformation
- Returns the Y coordinate translation element (m12) of the 3x3
affine transformation matrix.
- TraverseAlgorithmCursor - class gishur.graph.core.TraverseAlgorithmCursor.
- This class should be used to implement
Graph-Traversals. - TraverseAlgorithmCursor(Graph) -
Constructor for class gishur.graph.core.TraverseAlgorithmCursor
- Constructor.
- TraverseCursor - class gishur.graph.core.TraverseCursor.
- A traversal-cursor, that extends
GraphCursor and uses a given
TraverseAlgorithmCursor for navigation.
For an example we use the BFSCursor class that implements the
Breath-First-Search algorithm:
BFSCursor bfs=new BFCursor(graph);
TraverseCursor cursor=new TraverseCursor(bfs);
for (cursor.top();cursor.valid();cursor.next()) {
... - TraverseCursor(TraverseAlgorithmCursor) -
Constructor for class gishur.graph.core.TraverseCursor
- Constructs a new
TraverseCursor that uses the traversal algorithm
specified via the given TraverseAlgorithmCursor.
- TreeException - exception gishur.core.TreeException.
- Exception thrown by classes based on
BasicTree (like
BinarySearchTree or {RedBlackTree). - TreeException(int) -
Constructor for class gishur.core.TreeException
- Constructor.
- TreeException(int, Object) -
Constructor for class gishur.core.TreeException
- Constructor.
- TreeItem - interface gishur.core.TreeItem.
- The basic interface for tree nodes.
- TREEITEM -
Static variable in class gishur.core.BasicTree
- Access to the
TreeItem-object.
- treeItems(Object, Object) -
Method in class gishur.core.BinarySearchTree
- Returns an
java.util.Enumeration-object which enumerates all TreeItems
in this tree whose keys are >= key1 and <= key2.
- TRIANGLE -
Static variable in class gishur.gui.inputhandler.EditorXPoint
- Dreieckiger Punkt.
- TRIANGLE -
Static variable in class gishur.gui.inputhandler.EditorXRay
- Dreieckiger Punkt.
- TRIANGLE -
Static variable in class gishur.gui.inputhandler.InputXSegment
- Dreieckiger Punkt.
- TRIANGLE -
Static variable in class gishur.gui.inputhandler.EditorXSegment
- Dreieckiger Punkt.
- TRIANGLE -
Static variable in class gishur.gui.inputhandler.EditorXPolyline
- Dreieckiger Punkt.
- TRIANGLE -
Static variable in class gishur.gui.inputhandler.InputXPoint
- Dreieckiger Punkt.
- TRIANGLE -
Static variable in class gishur.gui.inputhandler.InputXRay
- Dreieckiger Punkt.
- TRIANGLE -
Static variable in class gishur.gui.inputhandler.InputXPolygon
- Dreieckiger Punkt.
- TRIANGLE -
Static variable in class gishur.gui.inputhandler.InputXLine
- Dreieckiger Punkt.
- TRIANGLE -
Static variable in class gishur.gui.displayobject.DisplayXList
- Dreieckiger Punkt.
- TRIANGLE -
Static variable in class gishur.gui.displayobject.DisplayXRay
- Dreieckiger Punkt.
- TRIANGLE -
Static variable in class gishur.gui.displayobject.DisplayXSegment
- Dreieckiger Punkt.
- TRIANGLE -
Static variable in class gishur.gui.displayobject.DisplayXCircle
- Dreieckiger Punkt.
- TRIANGLE -
Static variable in class gishur.gui.displayobject.DisplayXPoint
- Dreieckiger Punkt.
- TRIANGLE -
Static variable in class gishur.gui.displayobject.DisplayXParabola
- Dreieckiger Punkt.
- TRIANGLE -
Static variable in class gishur.gui.displayobject.DisplayXPolyline
- Dreieckiger Punkt.
- trim(XPoint, boolean) -
Method in class gishur.x.voronoi.SkEdge
- Beschneidet das Element auf den Punkt c. c muß auf der Kante liegen,
d.h. contains(c.x,c.y) muß true zurückgeben.
- trim(XPoint, boolean, SKR) -
Method in class gishur.x.voronoi.SkEdge
- Beschneidet die Kante auf den Punkt c.
- TURN_OBJECT -
Static variable in class gishur.core.event.ObjectEvent
- Drehen eines Objektes.
- type() -
Method in class gishur.core.algorithms.TraceLabel
-
- type() -
Method in class gishur.core.geom.Intersection
- Returns the
Class object representing the class of the (first)
intersection object.
- type() -
Method in class gishur.x.Intersection
- Bestimmt den Typ des Schnittobjektes und gibt das Klassenobjekt des
Schnittobjekts zurück.
- type() -
Method in class gishur.x.voronoi.SKR
- Liefert den Typ der Skelettregion (des Basiselements).
- type() -
Method in class gishur.x.voronoi.SkEdge
- Liefert den Typ der Kante: LINEAR oder PARABOLIC.
- type(int) -
Method in class gishur.core.geom.Intersection
- Returns the
Class-object representing the class of the
i-th intersection object.
- type(int) -
Method in class gishur.x.Intersection
- Bestimmt den Typ des Schnittobjektes und gibt das Klassenobjekt des
Schnittobjekts zurück.
- TypeFormat - interface gishur.graph.awt.TypeFormat.
-
DrawObject.repaint() calls and repaints all dirty objects.
DrawObject.repaint() calls and repaints all (dirty) objects.
start and ending with
end or after count steps, if
count>0, from the list.
Graph type constant indicating an undirected Graph
this RectangleShape with the
specified rectangular area.
this RectangleShape with the
specified Rectangle.
this XObject.
DisplayGraphElement and unregisters it.
DrawAtom from the target list.
this DisplayInteractiveObject.
DisplayInteractiveObject and removes it from
the list of selected elements.
SymbolbarElement.
true if the actually set flow value lies between the
set upper and lower bound.
true, if the given Object is not filtered-out
by this Filter-pipeline.
true, if the given Object is not filtered-out
by the Filter-pipeline.
0 to the
maximum value).
ListItem.
ListItem item's value.
ListItem item.
java.util.Enumerator-object enumerating the values of this
list.
java.util.Enumeration-object which
enumerates all values in the tree.
java.util.Enumeration-object which enumerates all values
in this tree whose keys are >= key1 and <= key2.
this curve at a point on the curve with parameter
t.
this curve at a point on the curve with parameter
t.
this segment at a point on the segment with parameter
t.
this segment.
DrawEvent.SHOW,DrawEvent.HIDE)
DisplayObjects. Painter is visible.
true, if this Painter is
visible, otherwise false.
Layer is visible.
Layer is visible.
Visualization-objects which store visualization information
for a special DisplayObject, e.g. a DisplayNode or a DisplayEdge.0
and 1.
0
and 1.
this Painters bounds.
Graph to a given OutputStream.
Graph to the specified file.
OutputStream.
this
Painters bounds.
XPoint.
XPoint
or null if there is no i-th intersection object or
the i-th intersection object is no XPoint.
(x1,y1),
(x2,y2) and (x3,y3).
(x1,y1),
(x2,y2) and (x3,y3).
control0,
control1 and control2 and the state state.
control0,
control1 and control2 and the state state.
(x,y) and an unknown
point in direction dir using slope slope.
(x1,y1) and target point
(x2,y2).
(x1,y1) and target point
(x2,y2).
XSegment
or null if there is no i-th intersection object or
the i-th intersection object is no XSegment.
source and target point
target.
source and target point
target.
this
Painters bounds.
Symbolbar with buttons for zoom and translate operations on
ScreenTransformations of Layers.InputHandler to make screen zooms for zoom-operations.StaticImage class representing the image
~Gishur\images\zoomsymbols.gif.maintain_aspect_ration is true the aspect
ratio will be maintained and the zoomed source rectangle will be
centered in border.
Comparitor.
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