LeviLamina
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NearestAttackableTargetDefinition Class Reference
+ Inheritance diagram for NearestAttackableTargetDefinition:

Public Types

using self = ::NearestAttackableTargetDefinition
 
using TargetTypes = ::std::vector<::MobDescriptor>
 

Public Member Functions

virtual bool validate (::Mob &mob) const
 
MCAPI bool $validate (::Mob &mob) const
 
virtual bool validateMobType (::Mob &) const
 
MCAPI void $dtor ()
 
MCFOLD bool $validateMobType (::Mob &) const
 

Static Public Member Functions

static MCAPI void buildSchema (::std::string const &name, ::std::shared_ptr< ::JsonUtil::JsonSchemaObjectNode<::JsonUtil::EmptyClass, ::NearestAttackableTargetDefinition > > &root)
 
static MCAPI void ** $vftable ()
 
static MCAPI ::std::unordered_map<::std::string, int > const & mControlFlagMap ()
 

Public Attributes

::ll::TypedStorage< 1, 1, bool > mReselectTargets
 
::ll::TypedStorage< 4, 4, int > mAttackInterval
 
::ll::TypedStorage< 4, 4, int > mScanInterval
 
::ll::TypedStorage< 4, 4, float > mTargetSearchHeight
 
::ll::TypedStorage< 4, 4, float > mTargetInvisibleMultiplier
 
::ll::TypedStorage< 4, 4, float > mTargetSneakVisibilityMultiplier
 
::ll::TypedStorage< 1, 1, bool > mSetPersistent
 
::ll::TypedStorage< 1, 1, bool > mAttackOwner
 
::ll::TypedStorage< 1, 1, bool > mMustReach
 
::ll::TypedStorage< 1, 1, bool > mMustSee
 
::ll::TypedStorage< 4, 4, float > mDefaultFollowDistance
 
::ll::TypedStorage< 4, 4, float > mForgetTargetTime
 
::ll::TypedStorage< 4, 4, float > mPersistTargetTime
 
::ll::TypedStorage< 8, 24, ::std::vector<::MobDescriptor > > mTargetTypes
 
::ll::TypedStorage< 4, 4, int > mPriority
 
::ll::TypedStorage< 4, 4, int > mControlFlags
 

Member Function Documentation

◆ validate()

virtual bool NearestAttackableTargetDefinition::validate ( ::Mob & mob) const
virtual

Reimplemented from BaseGoalDefinition.

◆ $vftable()

static MCAPI void ** NearestAttackableTargetDefinition::$vftable ( )
static
Attention
This function is not yet publicly available. To request access: reference this function in your code and attempt to link. The linker will report the exact symbol name. Submit a access request at https://github.com/LiteLDev/mcapi-requests/issues/new including the full symbol name.

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