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V(x)
sets TurtleState.tropism to
the specified argument
x.V0
resets TurtleState.tropism to its initial value
(as defined in TurtleState.initialState).VAdd(x)
increments TurtleState.tropism by
the specified argument
x.MimeType.JAVA_OBJECT and representation class cls.
mimeType and constructs a new
MimeType as in MimeType.MimeType(String);
if mimeType is null,
null is returned.
BooleanSynth.evaluateBoolean(de.grogra.xl.lang.BooleanConsumer).
ByteSynth.evaluateByte(de.grogra.xl.lang.ByteConsumer).
CharSynth.evaluateChar(de.grogra.xl.lang.CharConsumer).
DoubleSynth.evaluateDouble(de.grogra.xl.lang.DoubleConsumer).
FloatSynth.evaluateFloat(de.grogra.xl.lang.FloatConsumer).
IntSynth.evaluateInt(de.grogra.xl.lang.IntConsumer).
LongSynth.evaluateLong(de.grogra.xl.lang.LongConsumer).
ObjectSynth.evaluateObject(de.grogra.xl.lang.ObjectConsumer).
ShortSynth.evaluateShort(de.grogra.xl.lang.ShortConsumer).
BooleanList.evaluateBoolean(de.grogra.xl.lang.BooleanConsumer).
ByteList.evaluateByte(de.grogra.xl.lang.ByteConsumer).
CharList.evaluateChar(de.grogra.xl.lang.CharConsumer).
DoubleList.evaluateDouble(de.grogra.xl.lang.DoubleConsumer).
FloatList.evaluateFloat(de.grogra.xl.lang.FloatConsumer).
IntList.evaluateInt(de.grogra.xl.lang.IntConsumer).
LongList.evaluateLong(de.grogra.xl.lang.LongConsumer).
ObjectList.evaluateObject(de.grogra.xl.lang.ObjectConsumer).
ShortList.evaluateShort(de.grogra.xl.lang.ShortConsumer).
Variable represents a query variable of a query.Variables
as argument.void value.
View is a Panel which represents
a Graph in geometrical-graphical way
(e.g., using two- or three-dimensional graphics).View3D is a View which displays a graph
as a 3D structure.ViewComponent represents the actual visualization
component of a View.FilterSource has to be implemented
by filter sources whose flavor supports reading from an underlying
virtual file (IOFlavor.VFILE_READER).FilterSource has to be implemented
by filter sources whose flavor supports writing to files in
a virtual FileSystem.Node, the associated GL20Node
will be entered
Nodes that have information
for displaying
Node, the associated GL20Node
will be leaved
Visitor is a callback-instance which is informed
about the structure of a graph via invocation of
Graph.accept(Object, Visitor, ArrayPath).Visitor interface
tracks information about the current coordinate transformation
and layer of objects.x which has to lie between -1 and 1.
Vl(x)
sets TurtleState.localTropism to
the specified argument
x.VlAdd(x)
sets TurtleState.localTropism to
the sum of TurtleState.tropism and
the specified argument
x.VlMul(x)
sets TurtleState.localTropism to
the product of the field TurtleState.tropism and
the specified argument
x.VMul(x)
multiplies TurtleState.tropism by
the specified argument
x.VMXState is associated with a single
Thread.void.
void.
void.
VoidConsumer is a callback interface.VoidToBoolean represent functions
which take voids as input and return values of
type boolean.VoidToBooleanGenerator represent
generator functions which take voids as input
and yield sequences of values of
type boolean.VoidToByte represent functions
which take voids as input and return values of
type byte.VoidToByteGenerator represent
generator functions which take voids as input
and yield sequences of values of
type byte.VoidToChar represent functions
which take voids as input and return values of
type char.VoidToCharGenerator represent
generator functions which take voids as input
and yield sequences of values of
type char.VoidToDouble represent functions
which take voids as input and return values of
type double.VoidToDoubleGenerator represent
generator functions which take voids as input
and yield sequences of values of
type double.VoidToFloat represent functions
which take voids as input and return values of
type float.VoidToFloatGenerator represent
generator functions which take voids as input
and yield sequences of values of
type float.VoidToInt represent functions
which take voids as input and return values of
type int.VoidToIntGenerator represent
generator functions which take voids as input
and yield sequences of values of
type int.VoidToLong represent functions
which take voids as input and return values of
type long.VoidToLongGenerator represent
generator functions which take voids as input
and yield sequences of values of
type long.VoidToObject represent functions
which take voids as input and return values of
type V.VoidToObjectGenerator represent
generator functions which take voids as input
and yield sequences of values of
type V.VoidToShort represent functions
which take voids as input and return values of
type short.VoidToShortGenerator represent
generator functions which take voids as input
and yield sequences of values of
type short.VoidToVoid represent functions
which take voids as input and return values of
type void.VoidToVoidGenerator represent
generator functions which take voids as input
and yield sequences of values of
type void.volatile fields.
node.
Volume.VolumeBuilderBase is used to build volumes.SceneVisitor when a
volume is created as representation of the geometry
of object.
Intersection.volume to store
additional information.
VolumeFunction is a ChannelMap
which assigns a float-value
to each point in 3D-space.VolumeListener is informed from a
SceneVisitor about the mappings
from graph objects to volumes via invocations of the method
volumeCreated.Intersection.volume to store
additional information.
AbruptCompletion.Return.
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