Inheritance diagram for GeodeFeature:

Public Types
enum class	BlockType : uchar { StandardSimple = 0 , Standard = 1 , ExtraSimple = 2 , Extra = 3 , Count = 4 }

Public Member Functions
virtual ::std::optional<::BlockPos >	place (::IFeature::PlacementContext const &context) const
MCAPI void *	$ctor ()
MCAPI ::std::optional<::BlockPos >	$place (::IFeature::PlacementContext const &context) const
virtual bool	isValidPlacement (::std::string const &pass)
virtual void	upgradeFormat (::SemVersion const &)
MCAPI bool	isAllowedToPlaceFeature (::IFeature const &feature) const
MCFOLD bool	isInternal () const
MCAPI bool	operator== (::IFeature const &other) const
MCAPI bool	setBlockSafe (::IBlockWorldGenAPI &target, ::BlockPos const &pos, ::Block const &block, int updateFlags) const
MCAPI bool	setBlockSafeSimple (::IBlockWorldGenAPI &target, ::BlockPos const &pos, ::Block const &block) const
MCFOLD void	setCanUseInternalFeature (bool canUseInternalFeature)
MCFOLD void	setIsInternal (bool isInternal)
MCFOLD void	$dtor ()
MCAPI bool	$isValidPlacement (::std::string const &pass)
MCFOLD void	$upgradeFormat (::SemVersion const &)

Static Public Member Functions
static MCAPI bool	canSupportGeode (::Block const &block)
static MCFOLD bool	overlapsWithStructureFeature (::BlockSource const &region, ::BlockPos const &pos)
static MCAPI void **	$vftable ()
static MCAPI bool	isExposedTo (::IBlockWorldGenAPI const &target, ::BlockPos const &candidatePos, ::BlockDescriptor const &exposedTo)

Public Attributes
::ll::TypedStorage< 8, 176, ::BlockDescriptor >	mFiller
::ll::TypedStorage< 8, 176, ::BlockDescriptor >	mInnerLayer
::ll::TypedStorage< 8, 176, ::BlockDescriptor >	mAlternateInnerLayer
::ll::TypedStorage< 8, 176, ::BlockDescriptor >	mMiddleLayer
::ll::TypedStorage< 8, 176, ::BlockDescriptor >	mOuterLayer
::ll::TypedStorage< 8, 24, ::std::vector<::BlockDescriptor > >	mInnerPlacements
::ll::TypedStorage< 4, 4, int >	mMinOuterWallDistance
::ll::TypedStorage< 4, 4, int >	mMaxOuterWallDistance
::ll::TypedStorage< 4, 4, int >	mMinDistributionPoints
::ll::TypedStorage< 4, 4, int >	mMaxDistributionPoints
::ll::TypedStorage< 4, 4, int >	mMinPointOffset
::ll::TypedStorage< 4, 4, int >	mMaxPointOffset
::ll::TypedStorage< 4, 4, int >	mMaxRadius
::ll::TypedStorage< 4, 4, int >	mCrackPointOffset
::ll::TypedStorage< 4, 4, float >	mGenerateCrackChance
::ll::TypedStorage< 4, 4, float >	mBaseCrackSize
::ll::TypedStorage< 4, 4, float >	mNoiseMultiplier
::ll::TypedStorage< 4, 4, float >	mUsePotentialPlacementsChance
::ll::TypedStorage< 4, 4, float >	mUseAlternateLayer0Chance
::ll::TypedStorage< 1, 1, bool >	mPlacementsRequireLayer0Alternate
::ll::TypedStorage< 4, 4, int >	mInvalidBlocksThreshold
::ll::TypedStorage< 1, 1, bool >	mInternal
::ll::TypedStorage< 1, 1, bool >	mCanUseInternalFeature

Member Function Documentation

◆ place()

virtual ::std::optional<::BlockPos > GeodeFeature::place ( ::IFeature::PlacementContext const & context ) const

virtual

Implements IFeature.

MCAPI void ** GeodeFeature::$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: