ImFusion::AnatomyPlugin Namespace Reference

Namespace of the anatomy plugin. More...

Detailed Description

Namespace of the anatomy plugin.

Namespaces
namespace	StyleProperty
	List of known style "property-names".

Classes
struct	SelectorAnnotation
	A post-selection metadata annotation attached to a SelectorElem. More...
struct	SelectorElem
class	Selector
	Style selector combining with logical OR multiple SelectorElem objects. More...
class	StyleSheet
	Class for managing a logically grouped set of style rules. More...
struct	StylePseudoClass
	Known modifier keys. In analogy to CSS, we refer to modifiers of this type as "pseudo-classes". More...
class	InspectStyleSheetsAlgorithm
	This algorithm exists so that InspectStyleSheetsController can exist. More...
class	InspectStyleSheetsController
class	AnatomyPluginFactory
class	AnatomyControllerFactory
class	ASCDataAnnotationFactory
class	Singleton
	Base class for singletons. More...
class	Registry
class	Factory
	Generic factory class for registering polymorphic types Usage: More...
class	ModelFactory
	Factory for managing different versions of ML model sets globally. More...

Enumerations
enum class	ContentType {   Meshes = 0 , PointClouds , Keypoints , Splines ,   Images , Planes , Graphs , Deformations ,   Final }
	The different types of contents an AnatomicalStructure can hold.

Functions
std::ostream &	operator<< (std::ostream &os, ContentType ct)
std::optional< ContentType >	fromString (std::string_view string)

(arg, arg, ...) (e.g. "@labelValues(42, 55)")
One element of a CSS-inspired object selector. A SelectorElem consists of two strictly separated layers: Matching layer - determines whether an object is selected. All fields contribute to match() with logical AND; fields that are std::nullopt are ignored. m_ct : content type (e.g. "Images") m_identifier : #identifier (e.g. "#Brain") m_key : /key (e.g. "/Seg") m_attributesStructure : [attr="val"] m_attributesObject : [[attr="val"]] m_pseudoClasses : :pseudo (runtime state flags, see StylePseudoClass) Annotation layer - post-selection metadata that does NOT affect match(). Annotations are consumed by application code after a match has been confirmed. m_annotations : Annotation AND/OR rules — uniform with the rest of the grammar (adjacency = AND, comma = OR): Multiple annotations on the same SelectorElem are AND-combined: @labelValues(42)@labelNames(white matter) – both must be satisfied Repeating the same annotation name is a parse error (e.g. @labelValues(42)@labelValues(55)); use the multi-arg OR form instead: @labelValues(42, 55) – equivalent to @labelValues(42) OR @labelValues(55) This is the same as writing two separate SelectorElems: Images/Seg@labelValues(42), Images/Seg@labelValues(55) Consumers iterate argsAsInts()/args and apply OR across them. Grammar summary (all parts optional except ct): ct [#[=]identifier] [/[=]key] [[attr="val"]] [[[attr="val"]]] [:pseudo]* [@name(args)]* Exact-match symbol '=' after '#' or '/': #identifier -- hierarchical: also matches any child (e.g. "ImFusion.Brain" matches "ImFusion.Brain.Parcellation") #=identifier -- exact: only the literal identifier value matches Annotation argument grammar: name := [a-zA-Z][a-zA-Z0-9_]* arg := any non-empty string that does not contain ',' or ')' (leading/trailing whitespace trimmed) args := arg (',' arg)* -- comma-separated; the outer Selector split is parenthesis-aware annotation := '@' name '(' args? ')' -- name must be unique within one SelectorElem Argument constraints: Arguments are comma-separated and whitespace-trimmed, so spaces are allowed within a single argument. The Selector-level comma split skips commas inside '()' so annotation args never conflict with it. Quoted strings are not supported; arguments may not contain ',' or ')'. Floats and negative numbers are not supported. Example: "Images#Brain/Seg[visible=\"true\"]:focus@labelValues(42, 55)@labelNames(white matter, gray matter)"
Selector	operator|| (const SelectorElem &lhs, const SelectorElem &rhs)
std::optional< Selector >	operator""_sel (const char *str, std::size_t len)
	Directly construct a Selector from a string literal like "*"_sel .