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de.grogra.rgg contains the base classes for RGG modelling
within the GroIMP software.
See:
Description
| Interface Summary | |
|---|---|
| NodeFilter<T> | |
| Class Summary | |
|---|---|
| acropetal | |
| Attributes | |
| AvoidIntersection | Instances of AvoidIntersection helps to detected
potential intersection by using rays
(Line). |
| Axiom | |
| basipetal | |
| BooleanNode | |
| BooleanSynth<T> | Instances of BooleanSynth are used in the context of the method
Library.synthesize(Object, ObjectToObjectGenerator, ObjectToBoolean). |
| ByteNode | |
| ByteSynth<T> | Instances of ByteSynth are used in the context of the method
Library.synthesize(Object, ObjectToObjectGenerator, ObjectToByte). |
| Cell | |
| Cell.Pattern | |
| CharNode | |
| CharSynth<T> | Instances of CharSynth are used in the context of the method
Library.synthesize(Object, ObjectToObjectGenerator, ObjectToChar). |
| ConcurrentTask | This abstract class has to be used as base class for concurrent tasks in the context of an RGG. |
| ConcurrentTasks | This class implements a list of ConcurrentTasks. |
| Curve | Deprecated. |
| Curve.Type | |
| CurveRef | |
| CurveRef.Type | |
| DoubleNode | |
| DoubleSynth<T> | Instances of DoubleSynth are used in the context of the method
Library.synthesize(Object, ObjectToObjectGenerator, ObjectToDouble). |
| FileRef | |
| FileRef.Type | |
| FloatNode | |
| FloatSynth<T> | Instances of FloatSynth are used in the context of the method
Library.synthesize(Object, ObjectToObjectGenerator, ObjectToFloat). |
| FluxLightModel | The FluxLightModel class provides a spectral light model, used to compute the spectral light distribution in the current graph. |
| FluxLightModel.Type | |
| Function | Deprecated. |
| Function.Type | |
| FunctionRef | |
| FunctionRef.Type | |
| Instance | |
| IntNode | |
| IntSynth<T> | Instances of IntSynth are used in the context of the method
Library.synthesize(Object, ObjectToObjectGenerator, ObjectToInt). |
| Library | This class contains a collection of methods and constants which are useful in RGG modelling, especially in 3D. |
| LightModel | This light model generates light rays from the light sources in the current scene and calculates how much light is received by any object. |
| LightModel.Type | |
| LightModelBase | |
| Location | |
| LongNode | |
| LongSynth<T> | Instances of LongSynth are used in the context of the method
Library.synthesize(Object, ObjectToObjectGenerator, ObjectToLong). |
| NodeToDouble | |
| NodeToFloat | |
| NodeToInt | |
| ObjectNode | |
| ObjectSynth<T,V> | Instances of ObjectSynth are used in the context of the method
Library.synthesize(Object, ObjectToObjectGenerator, ObjectToObject). |
| Reference | |
| Reference.Type | |
| RGG | This class is the base class of all instances of relational growth grammars within GroIMP. |
| RGGRoot | |
| Scanner | Instances of Scanner enables to scan a structure
using rays. |
| ShortNode | |
| ShortSynth<T> | Instances of ShortSynth are used in the context of the method
Library.synthesize(Object, ObjectToObjectGenerator, ObjectToShort). |
| Statistics | |
| SurfaceRef | |
| SurfaceRef.Type | |
| TreeMatcher | |
| Annotation Types Summary | |
|---|---|
| Accelerator | |
The package de.grogra.rgg contains the base classes for RGG modelling
within the GroIMP software.
The most important classes are
RGG, which is the superclass of all relational growth grammars,
and Library, which contains a set of useful constants
and methods.
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