Inheritance diagram for UArticyInt:

Public Types
typedef int	UnderlyingType

Public Member Functions
int &	operator+= (const int &Val)
int &	operator-= (const int &Val)
int &	*operator=** (const int &Val)
int &	operator/= (const int &Val)
int	operator++ (int)
int &	operator++ ()
int	operator-- (int)
int &	operator-- ()
int &	operator= (const ExpressoType &NewVal)
int &	operator+= (const ExpressoType &Val)
int &	operator-= (const ExpressoType &Val)
int &	*operator=** (const ExpressoType &Val)
int &	operator/= (const ExpressoType &Val)
int	Set (int NewValue)
Public Member Functions inherited from UArticyVariable
template<typename Type>
void	Init (UArticyBaseVariableSet Set, UArticyGlobalVariables const NewStore, const FName &Name, const typename Type::UnderlyingType &NewValue)
const FName &	GetGVName () const

Public Attributes
friend	UArticyVariable
Public Attributes inherited from UArticyVariable
FOnGVChanged	OnVariableChanged

Protected Attributes
int	Value = -1
Protected Attributes inherited from UArticyVariable
FName	GVName

Additional Inherited Members
Protected Member Functions inherited from UArticyVariable
template<typename Type, typename ValueType>
ValueType &	Setter (const ValueType &NewValue)
template<typename Type>
void	PopState (Type *Instance)
uint32	GetStoreShadowLevel () const
Static Protected Member Functions inherited from UArticyVariable
template<typename Type>
static uint32	GetShadowLevel (Type *Instance)

Member Function Documentation

◆ Set()

int UArticyInt::Set ( int NewValue )

inline

Set the value of this variable. This internally calls the setter, so it guarantees that the correct shadow state is used (if any).

int UArticyInt::Value = -1

protected

The current value of this variable (i.e. the value of a shadow state, if any is active).

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