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TitledBorder.ABOVE_BOTTOM.
TitledBorder.ABOVE_TOP.
YLocator object that corresponds to an anchor
on the ascent line of the displayed string.
parse method.
parse method.
AbstractFunction encapsulates a
function definition and its corresponding
String name for for use with a parser.String name
and given number of expected arguments.
AbstractPaintable defines objects that
implement Paintable.ActionListener objects
similar to a ListAbstractAction;
the actionPerformed method of the sequence executes
the actionPerformed method of each listener in its
list in order of entry into the list.Action objects
to provide extra functionality.Action objects represented
by buttons that initiate their respective actions.JPanel.
JPanel.
JComponents that display icons
for the input, action, and output displays
in MethodGUI.AWTEventAlgebraicArea provides static methods
to compute the signed area of a Java Shape and
of a JPT PathList object.DisplayableArrayPanel is an abstract class that
is designed for the input of an array of a single type of
Stringable object; this class must implement
the TypedView interface in such a way that
the data type associated with this view is constructed via
the Stringable array in some fashion.AutomaticCurve extends AutomaticShape and
fixes the Path.Strategy to be Path.BEZIER_CUBIC.AutomaticShape implements a
BaseVertexShape in which the tangent array is always
automatically computed from the vertex array and other settings
using a Tangent.Strategy object.XComplex.generalPower(a,x).
this to abs(this).
XBigDecimal whose value is the absolute
value of the given y.
this to abs(this).
XBigInteger whose value is the absolute
value of the given y.
this; this value is the same as the value
returned by the inherited method radius(),
that is, sqrt(x*x+y*y).
area(path).
area(shape).
actionPerformed method to
decide how the encapsulated action will be used.
changeActionPerformedChangeEvent
triggering this action.
componentActionPerformedComponentEvent
triggering this action.
actionPerformed method of the
encapsulated action and then performs the action
specified as the finish action.
focusActionPerformedFocusEvent triggering this action.
keyActionPerformedKeyEvent triggering this action.
listSelectionActionPerformedListSelectionEvent
triggering this action.
mouseActionPerformedMouseEvent
triggering this action.
paintpropertyChangeActionPerformedPropertyChangeEvent
triggering this action.
performperformThreadedperformactionPerformed method
of the encapsulated action
in a newly created separate thread
that is executed as a daemon thread.
windowActionPerformedWindowEvent
triggering this action.
this to (this + y).
XBigDecimal whose value is
x + y.
this to (this + y).
XBigInteger whose value is
x + y.
this to (this + w).
this to (this + w)
where w is the complex with coordinates x,y.
XComplex whose value is
z + w.
XComplex whose value is
z + w
where z is the complex with coordinates x1,y1
and w is the complex with coordinates x2,y2.
PathList and shifts any elements right as needed.
PathList starting at the specified position in
the list and shifts any elements right as needed.
PathList starting at the specified position in
the list and shifts any elements right as needed.
ActionsPanel
by creating a JButton that, when clicked,
will cause the performance of the given action.
ActionsPanel
with the given layout constraint.
setColor is called.
setColor is called and place this action
listener at the given index in the set color actions
sequence.
ColorView is set.
ActionListener.
ActionListener.
GeneralView
interface but the implementation does nothing since
the underlying JTextArea does not fire
action events.
ActionsPanel
by creating JButtons that, when clicked, will cause
the performance of the corresponding action.
ActionsPanel
with the given layout constraints.
String array of items to the view.
MalformedDataListener
to receive MalformedDataEvents
when the view state data is found to be malformed and
when the view state data is returned to a well-formed
value.
MalformedDataListener
to receive MalformedDataEvents
when the view state data is found to be malformed and
when the view state data is returned to a well-formed
value.
DisplayPanel
at the next available position
after applying the transformation of the method
makeComponent.
DisplayPanel
at the given index position
after applying the transformation of the method
makeComponent.
DisplayPanel
with the specified constaints
at the next appropriate position
after applying the transformation of the method
makeComponent.
DisplayPanel
at the given index position
after applying the transformation of the method
makeComponent.
HTable
at the position specified by the col
after applying the transformation of the method
makeComponent.
TablePanel
provided that the row argument is zero.
TablePanel
provided that the position argument is either
null or has its row set to zero.
TablePanel
at the position specified by the row and column
after applying the transformation of the method
makeComponent.
TablePanel
at the position specified by the CellPosition
after applying the transformation of the method
makeComponent.
VTable
at the position specified by the row
after applying the transformation of the method
makeComponent.
TablePanel
provided that the col argument is zero.
TablePanel
provided that the position argument is either
null or has its col set to zero.
op
to the table of recognized operations,
at a level of precedence
immediately after the precendence of the
existing operation compare
installed in this parser.
op
to the table of recognized operations,
at the same level of precedence as the
existing operation compare
installed in this parser.
op
to the table of recognized operations,
at a level of precedence
immediately before the precendence of the
existing operation compare
installed in this parser.
makePaintable to convert the given object to
a Paintable and then inserts this paintable at the
given index in the paintable sequence; all current elements in
the sequence from that index onward are displaced by one index
position.
addPaintable(int, Object)
but interchanges the order of the arguments.
makePaintable to convert the given object to
a Paintable and then inserts this paintable at the
top-most position in the paintable sequence; all current elements
in the sequence are displaced by one index position.
addPaintable(0, o).
String and Object
pair to the StringObjectMap.
StringObjectPair pair to the
StringObjectMap.
String and Object
pair to the StringObjectMap at the given index.
StringObjectPair pair to the
StringObjectMap at the given index.
StringObjectPair pairs to the map.
String.
Mutator.Strategy object to the paintable
by constructing an affine transform using the mutated center
of the paintable
and then calling addPostMutation with this transform as the
argument.
Mutator.Strategy object to the paintable
by constructing an affine transform using the mutated center
of the paintable
and then calling addPostMutation with this transform as the
argument.
Mutator.Strategy object to the paintable
by constructing an affine transform using the original center
of the paintable
and then calling addPreMutation with this transform as the
argument.
Mutator.Strategy object to the paintable
by constructing an affine transform using the original center
of the paintable
and then calling addPreMutation with this transform as the
argument.
this to (this + z * w).
this to (this + z * w)
where z is the complex with coordinates x1,y1
and w is the complex with coordinates x2,y2.