Rattletrap.ClassAttributeMap

Documentation

data ClassAttributeMap

This data structure holds all the information about classes, objects, and attributes in the replay. The class hierarchy is not fixed; it is encoded in the Content. Similarly, the attributes that belong to each class are not fixed either. Converting the raw data into a usable structure is tedious; see makeClassAttributeMap.

Constructors

ClassAttributeMap

Fields

• classAttributeMapObjectMap :: Map Word32 Text

  A map from object IDs to their names.

• classAttributeMapObjectClassMap :: Map Word32 Word32

  A map from object IDs to their class IDs.

• classAttributeMapValue :: Map Word32 (Map Word32 Word32)

  A map from class IDs to a map from attribute stream IDs to attribute IDs.

• classAttributeMapNameMap :: IntMap Text

Instances

Eq ClassAttributeMap

Methods

(==) :: ClassAttributeMap -> ClassAttributeMap -> Bool

(/=) :: ClassAttributeMap -> ClassAttributeMap -> Bool

Ord ClassAttributeMap

Methods

compare :: ClassAttributeMap -> ClassAttributeMap -> Ordering

(<) :: ClassAttributeMap -> ClassAttributeMap -> Bool

(<=) :: ClassAttributeMap -> ClassAttributeMap -> Bool

(>) :: ClassAttributeMap -> ClassAttributeMap -> Bool

(>=) :: ClassAttributeMap -> ClassAttributeMap -> Bool

max :: ClassAttributeMap -> ClassAttributeMap -> ClassAttributeMap

min :: ClassAttributeMap -> ClassAttributeMap -> ClassAttributeMap

Show ClassAttributeMap

Methods

showsPrec :: Int -> ClassAttributeMap -> ShowS

show :: ClassAttributeMap -> String

showList :: [ClassAttributeMap] -> ShowS

makeClassAttributeMap

Arguments

:: List Text

From contentObjects.

-> List ClassMapping

From contentClassMappings.

-> List Cache

From contentCaches.

-> List Text

From contentNames.

-> ClassAttributeMap

Makes a ClassAttributeMap given the necessary fields from the Content.

makeNameMap :: List Text -> IntMap Text

getName :: IntMap Text -> Word32 -> Maybe Text

makeObjectClassMap :: Map Word32 Text -> Bimap Word32 Text -> Map Word32 Word32

getClassId :: Map Word32 Text -> Bimap Word32 Text -> Word32 -> Maybe Word32

makeClassCache :: Bimap Word32 Text -> List Cache -> [(Maybe Text, Word32, Word32, Word32)]

makeClassMap :: List ClassMapping -> Bimap Word32 Text

makeAttributeMap :: List Cache -> Map Word32 (Map Word32 Word32)

makeShallowParentMap :: [(Maybe Text, Word32, Word32, Word32)] -> Map Word32 Word32

makeParentMap :: [(Maybe Text, Word32, Word32, Word32)] -> Map Word32 [Word32]

getParentClasses :: Map Word32 Word32 -> Word32 -> [Word32]

getParentClass :: Maybe Text -> Word32 -> [(Maybe Text, Word32, Word32, Word32)] -> Maybe Word32

getParentClassById :: Word32 -> [(Maybe Text, Word32, Word32, Word32)] -> Maybe Word32

getParentClassByName :: Text -> Word32 -> [(Maybe Text, Word32, Word32, Word32)] -> Maybe Word32

parentClasses :: Map Text Text

makeObjectMap :: List Text -> Map Word32 Text

getObjectName :: Map Word32 Text -> Word32 -> Maybe Text

getClassName :: Text -> Maybe Text

normalizeObjectName :: Text -> Text

objectClasses :: Map Text Text

classHasLocation :: Text -> Bool

classesWithLocation :: Set Text

classHasRotation :: Text -> Bool

classesWithRotation :: Set Text

getAttributeIdLimit :: Map Word32 Word32 -> Maybe Word

getAttributeName :: ClassAttributeMap -> Map Word32 Word32 -> CompressedWord -> Maybe Text

getAttributeMap :: ClassAttributeMap -> ActorMap -> CompressedWord -> Maybe (Map Word32 Word32)