| Csim::Accelerometer | Basic accelerometer |
| Ccore::ArrayView< T > | A 2d array slice (zero-based index, known size) |
| Cphysics_ui::Box2dRenderer | A QPainter-based implementation of Box2d debug draw interface (b2Draw) |
| Cphysics_ui::Box2dSandboxWindow | A reusable sandbox window for domains based on Box2D physics simulations |
| Cphysics_ui::Box2dSceneUi | Custom box2d scene rendering & input processing |
| Cdarwin::Brain | The interface to the Phenotype |
| Csim::Camera | Raytraced rendering of a 2d world |
| Cphysics_ui::CameraWidget | Visualization for a sim::Camera object |
| ▼Ccore_ui::Canvas | A reusable canvas with support for logical coordinates and auto-scalling the content |
| Cphysics_ui::AccelerometerWidget | Visualization for a sim::Accelerometer object |
| Cphysics_ui::CompassWidget | Visualization for a sim::Compass object |
| Cphysics_ui::TouchSensorWidget | Visualization for a sim::TouchSensor object |
| Csim::Compass | Tracks the local direction of the global "North" (x=0, y=1) vector |
| Cdarwin::CompressedFitnessValue | One fitness data point |
| ▼Cpp::Controller | An optional thread pool controller, which can be used to pause/resume/cancel the queued work items |
| Cdarwin::Evolution | The controller for running evolution experiments |
| ▼Cdarwin::DbUniverseObject | Base class for all the universe database objects |
| Cdarwin::DbEvolutionTrace | A recording of an evolution experiment run |
| Cdarwin::DbExperiment | Universe representation of an experiment |
| Cdarwin::DbExperimentVariation | A variation of an experiment configuration values |
| Cdarwin::DbGeneration | A recording of a particular generation history |
| Cdarwin::EvolutionStage | Tracks the execution of an execution (sub)stage |
| ▼Cstd::exception | STL class |
| ▶Cstd::runtime_error | STL class |
| Ccore::Exception | The base for exception types in the Darwin framework |
| Cdarwin::Genealogy | Models the genealogy information of a genotype |
| Cdarwin::python::GenerationSummary | Wrapper for darwin::GenerationSummary |
| Cdarwin::GenerationSummary | Summary of a generation (fitness samples, best genotype, ...) |
| Cdarwin::Genotype | The interface to the population-specific "genetic material", the Genotype |
| Cmath::HMatrix2d | A 3x3 homogeneous transformation matrix |
| Cmath::Intersection2d | The intersection of two 2d segments |
| Ccore::Matrix< T > | A dynamically sized 2D matrix |
| Ccore::Matrix< Cell > | |
| Ccore::Matrix< float > | |
| ▼Ccore::NonCopyable | Classes derived from this are not copyable or movable |
| Ccore::ImplementationsSet< INTERFACE > | A set of instances implementing common interface (primarily intended to support registering named factory objects) |
| ▶Ccore::ModuleFactory | Root of the polymorphic factories |
| Cdarwin::DomainFactory | Interface to the domain factory |
| Cdarwin::DomainUiFactory | Interface to a domain UI factory |
| Cdarwin::PopulationFactory | Interface to a population factory |
| ▶Ccore::PropertySet | The foundation for data structures supporting runtime reflection |
| Cann::Config | The ANN library configuration |
| Cballistics::Config | Ballistics domain configuration |
| Ccar_track::Config | Car Track domain configuration |
| Ccart_pole::Config | Cart-Pole domain configuration |
| Cconquest::Config | Conquest domain configuration |
| Cdarwin::EvolutionConfig | Settings for an evolution experiment run |
| Cdarwin::ExperimentSetup | An experiment configuration |
| Cdouble_cart_pole::Config | Double-Cart-Pole domain configuration |
| Cdrone_follow::Config | Drone Follow domain configuration |
| Cdrone_track::Config | Drone Track domain configuration |
| Cdrone_vision::Config | Drone Vision domain configuration |
| Cfind_max_value::Config | Find_Max_Value domain configuration |
| Charvester::Config | Harvester domain configuration |
| Cpong::Config | Pong domain configuration |
| Cselection::CgpIslandsSelectionConfig | Configuration for CgpIslandsSelection |
| Cselection::RouletteSelectionConfig | Roulette wheel selection configuration |
| Cselection::TruncationSelectionConfig | Truncation selection configuration |
| Ctest_domain::Config | TestDomain configuration |
| Ctic_tac_toe::Config | Tic-Tac-Toe domain configuration |
| Ctournament::SimpleTournamentConfig | SimpleTournament configuration |
| Ctournament::SwissTournamentConfig | SwissTournament configuration |
| Cunicycle::Config | Unicycle domain configuration |
| Ccore::PropertySetVariant< TAG > | A variant type (tagged-union) with PropertySet fields |
| Ccore::TypeFactory< INTERFACE > | A simple factory implementation (instances can be created using the type's registered name) |
| ▶Cdarwin::Domain | Interface to a domain implementation |
| Cballistics::Ballistics | Domain: Ballistics |
| Ccar_track::CarTrack | Domain: Car Track |
| Ccart_pole::CartPole | Domain: Cart-Pole |
| Cconquest::Conquest | Domain: Conquest, a two-player strategy game |
| Cdouble_cart_pole::DoubleCartPole | Domain: Double-Cart-Pole |
| Cdrone_follow::DroneFollow | Domain: Drone Follow |
| Cdrone_track::DroneTrack | Domain: Drone Track |
| Cdrone_vision::DroneVision | Domain: Drone Vision |
| Cfind_max_value::FindMaxValue | Domain: Locate the maximum value in an array |
| Charvester::Harvester | Domain: A simple 2D map navigation and resource gathering |
| Cpong::Pong | Domain: The classic Pong game |
| Ctest_domain::TestDomain | Domain: TestDomain |
| Ctic_tac_toe::TicTacToe | Domain: Tic-tac-toe |
| Cunicycle::Unicycle | Domain: Unicycle |
| Cdarwin::Evolution | The controller for running evolution experiments |
| Cdarwin::EvolutionTrace | Recording of a evolution experiment run |
| Cdarwin::Experiment | Encapsulates the runtime experiment state |
| Cdarwin::Population | A population implementation encapsulates the fixed-size set of genotypes, together with the rules for creating a new generation from the previous one |
| Cdarwin::python::Domain | Wrapper for darwin::Domain |
| Cdarwin::python::Experiment | Wrapper for darwin::Experiment plus evolution driving APIs |
| Cdarwin::python::Population | Wrapper for darwin::Population |
| Cdarwin::python::Universe | Wrapper for darwin::Universe |
| Cdarwin::Universe | The persistent storage for all the experiments and variations |
| Cdb::Connection | A very simple relational database abstraction on top of Sqlite |
| Ccore::ImplementationsSet< darwin::DomainFactory > | |
| Ccore::ImplementationsSet< darwin::DomainUiFactory > | |
| Ccore::ImplementationsSet< darwin::PopulationFactory > | |
| Cpp::ThreadPool | A basic thread pool (managing a fixed number of threads) |
| Ccore::PropertySetVariant< MutationStrategy > | |
| Ccore::PropertySetVariant< SelectionAlgorithmType > | |
| ▶Ccore::PropertySetVariant< TournamentType > | |
| Ctournament::TournamentVariant | Tournament configurations |
| ▶Cselection::SelectionAlgorithm | Selection Algorithm interface |
| Cselection::CgpIslandsSelection | An extension of the CGP-style (1+N) selection strategy |
| Cselection::RouletteSelection | Roulette wheel selection |
| Cselection::TruncationSelection | A truncation-selection variant |
| Csim::Scene | High-level physics scene abstraction |
| Ctournament::GameRules | Game rules abstraction (used to run the tournament) |
| ▶Ctournament::Tournament | Tournament interface |
| Ctournament::SimpleTournament | A simple tournament implementation |
| Ctournament::SwissTournament | Swiss-style tournament |
| Cmath::Outline | A spline aproximation |
| Cdarwin::ProgressManager | Connects the progress updates with a registered progress monitor |
| ▼Cdarwin::ProgressMonitor | Interface for monitoring evolution progress |
| Cdarwin::Evolution | The controller for running evolution experiments |
| Ccore_ui::PropertiesWidget | A visualizer/editor for a set of properties, grouped into collapsible sections |
| Cdarwin::python::Property | Wraps a core::Property pointer (non-onwning) |
| Ccore::Property | Reflection interface to a property in a PropertySet |
| ▼Ccore_ui::PropertyItemBase | Base class for all the items in a PropertiesWidget |
| Ccore_ui::BoundPropertyItem | A property item which is bound to a core::Property |
| Ccore_ui::PropertiesSectionItem | Grouping section for a set of related sub-items |
| Ccore_ui::PropertyItem | A basic, manually-updated property item |
| Cdarwin::python::PropertySet | Wraps a top-level core::PropertySet pointer (non-owning) |
| Ccore::PubSub< T > | A type-safe, non-buffered & synchronous publisher-subscriber channel |
| Ccore::PubSub< darwin::EvolutionStage > | |
| Ccore::PubSub< darwin::GenerationSummary > | |
| Ccore::PubSub< string > | |
| Ccore::PubSub< uint32_t > | |
| Csim::Receptor | A single color & depth "pixel" |
| Cdarwin::Registry | The available domains and populations |
| Cdb::ResultSet< TYPES > | Represents the results of executing a query |
| Ccore::Runtime | Interface to the Darwin runtime environment |
| Ctournament::Scores | Final game scores |
| Csim::Script | Basic action scripting |
| Cdarwin::Evolution::Snapshot | State snapshot of an evolution run |
| Cdarwin::StageScope | A scope-based Stage wrapper |
| Cdb::Statement | A prepared Sqlite statement |
| ▼Ccore::Stringify< T > | Interface for converting values to/from strings (the default implementation uses iostream I/O operators) |
| Ccore::GenericStringify< T > | Use iostream I/O operators for the argument type |
| Ccore::StringifyKnownValues< T > | Handles types with a fixed, known set of values (enumerations for example) |
| ▼Ccore::Stringify< string > | |
| Ccore::StringifyStrings | Maps strings unmodified (going through I/O operators doesn't handle strings with embedded whitespace) |
| Csim::TouchSensor | A basic touch sensor attached to a physical body |
| Cdb::TransactionScope | A scope-based transaction guard |
| Cmath::Vector2d | A basic 2D vector |
| Cpp::WorkBatch | A collection of work items to be processed in a fork/join fashion |
| Cpp::WorkItem | Generic work item interface |
