EvolvingBehavior  0.2.0
 
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Public Member Functions | Public Attributes | List of all members
UBTDecoratorGene Class Reference

The abstract base class representing Decorators nodes. More...

#include <BTDecoratorGene.h>

Inheritance diagram for UBTDecoratorGene:
UBTNodeGene UBTGeneratedDecoratorGene UBTMappedDecoratorGene

Public Member Functions

virtual UBTNodeGene * Duplicate (UObject *outer) override
 
- Public Member Functions inherited from UBTNodeGene
virtual void SetServiceInjector (UServiceInjector *serviceInjector)
 

Public Attributes

virtual UBTDecorator * BuildPhenotype (UObject *outer) PURE_VIRTUAL(UBTDecoratorGene
 
virtual UBTDecoratorGene * DuplicateDecorator (UObject *other) PURE_VIRTUAL(UBTDecoratorGene
 
- Public Attributes inherited from UBTNodeGene
virtual FString ToString () PURE_VIRTUAL(UBTNodeGene
 
virtual UBTNodeGene * Duplicate (UObject *outer) PURE_VIRTUAL(UBTNodeGene
 

Additional Inherited Members

- Protected Attributes inherited from UBTNodeGene
UServiceInjector * ServiceInjector
 

Detailed Description

The abstract base class representing Decorators nodes.

Author
npc
Date
12/01/17

Decorator nodes sit on top of BTChildContainerGene's, which contain either a CompositeNodeGene or a TaskNodeGene. They can influence the way that those nodes execute in a number of ways, even stopping them from executing at all.

There are currently two subclasses:

BTMappedDecoratorGene: These are objects which map to templates for creating an Unreal Engine decorator node. Defaults are automatically set, and the only set up required is to add default nodes to the "NodeMapper" in the editor, or make sure the nodes you want are in there. We recommend using only mapped nodes until you are comfortable with the tool.

BTGeneratedDecoratorGene: These are objects which map to templates for creating an Unreal Engine decorator node. These nodes are based off the default Unreal nodes, sharing their base class, but must be "created" in the editor. This means going into the GeneratedTemplateLibrary and adding nodes. You must choose a name, class, and properties for each node. If your property names match those of the UClass you chose, the internal variables of the node will be mutated during the evolution process, giving an increased degree of control.

The documentation for this class was generated from the following file: