| CcAbstractHistogram::Bin | Information about a histogram bin. This struct is not used internally by the histogram classes, only to return information to the user |
| CcConfigurationReader | Abstract base class for configuration readers for SectionBasedConfiguration |
| ►CcContextSwitcher | The constructor switches the context to the given component, and the destructor restores the original context |
| CcMethodCallContextSwitcher | Internal class. May only be used via the Enter_Method() and Enter_Method_Silent() macros! |
| CcContextTypeSwitcher | The constructor switches the context type, and the destructor restores the original context type |
| CcCoroutine | Low-level coroutine library. Coroutines are used by cSimpleModule |
| CcDisplayString | Represents a display string |
| ►CcEnvir | CEnvir represents the "environment" or user interface of the simulation |
| CcNullEnvir | A do-nothing cEnvir implementation |
| CcRunnableEnvir | A cEnvir that can be instantiated as a user interface, like Cmdenv and Tkenv |
| CcErrorMessages | Provides error messages for error codes |
| ►CcException | Exception class |
| CcDeleteModuleException | Thrown from deleteModule() when the active activity() module is about to be deleted, in order to exit that module immediately |
| CcRuntimeError | Thrown when the simulation kernel or other components detect a runtime error |
| CcStackCleanupException | Used internally when deleting an activity() simple module |
| CcTerminationException | Thrown when the simulation is completed without error |
| CcGlobalRegistrationList | Singleton class, used for registration lists. Instances are supposed to be global variables |
| CcModule::ChannelIterator | Walks along the channels inside a module, that is, the channels among the module and its submodules |
| ►CcIListener | Interface for listeners in a simulation model |
| CcListener | A do-nothing implementation of cIListener, suitable as a base class for other listeners |
| ►CcResultListener | Common abstract base class for result filters and result recorders |
| ►CcResultFilter | Base class for result filters |
| ►CcNumericResultFilter | Base class for filters that expect to receive an numeric value |
| CAverageFilter | Result filter that computes the arithmetic mean of signal values. NaN values in the input are ignored |
| CCountNanFilter | Filter that counts NaN values in the input |
| CErrorNanFilter | Filter that raises a runtime error if it sees a NaN in the input |
| CIdentityFilter | This class is a no-op filter |
| CMaxFilter | Result filter that computes the maximum of signal values. NaN values in the input are ignored |
| CMeanFilter | Result filter that computes the (time-weighted or unweighted) mean of signal values. NaN values in the input are ignored, or in the time-weighted case, they denote intervals to be ignored |
| CMinFilter | Result filter that computes the minimum of signal values. NaN values in the input are ignored |
| CRemoveRepeatsFilter | Result filter that removes repeated values |
| CSkipNanFilter | Filter that removes (filters out) NaNs, and lets through all other values |
| CSumFilter | Filter that outputs the sum of signal values. NaN values in the input are ignored |
| CSumPerDurationFilter | Filter that outputs the sum of signal values divided by the measurement interval (simtime minus warmupPeriod). NaN values in the input are ignored |
| CTimeAverageFilter | Result filter that computes the time average of signal values. NaN values in the input denote intervals to be ignored |
| ►CcObjectResultFilter | Base class for filters that expect to receive an object |
| CPacketBitsFilter | Filter that expects a cPacket and outputs its length in bits (getBitLength()). Null (nullptr) values are ignored; non-cPacket objects are an error |
| CPacketBytesFilter | Filter that expects a cPacket and outputs its length in bytes (getByteLength()). Null (nullptr) values are ignored; non-cPacket objects are an error |
| ►CConstantFilter | Result filter that replaces every value with a constant. Signal values do not need to be numeric |
| CConstant0Filter | Result filter that replaces every value with zero |
| CConstant1Filter | Result filter that replaces every value with 1.0 |
| CTimeFilter | Result filter that yields the time of emitting the signal |
| ►CTotalCountFilter | Result filter for counting the input values, including NaN and nullptr values |
| CCountFilter | Result filter for counting signals. Signal values do not need to be numeric to be counted. NaN and nullptr values are ignored |
| ►CcResultRecorder | Abstract base class for result recorders |
| ►CcNumericResultRecorder | Abstract base class for numeric result recorders |
| CAverageRecorder | Listener for recording the arithmetic mean of signal values. NaN values in the input are ignored |
| CErrorNanRecorder | Recorder that raises a runtime error if it sees a NaN in the input (and never records anything) |
| CLastValueRecorder | Listener for recording the last non-NaN signal value |
| CMaxRecorder | Listener for recording the maximum of signal values. NaN values in the input are ignored |
| CMeanRecorder | Listener for recording the (time-weighted or unweighted) mean of signal values. NaN values in the input are ignored, or in the time-weighted case, they denote intervals to be ignored |
| CMinRecorder | Listener for recording the minimum of signal values. NaN values in the input are ignored |
| CStatisticsRecorder | Listener for recording signal values via a cStatistic. NaN values in the input are ignored, or in the time-weighted case, they denote intervals to be ignored |
| CSumRecorder | Listener for recording the sum of signal values. NaN values in the input are ignored |
| CTimeAverageRecorder | Listener for recording the time average of signal values. NaN values in the input denote intervals to be ignored |
| CVectorRecorder | Listener for recording a signal to an output vector |
| ►CTotalCountRecorder | Listener for recording the count of signal values, including NaN and nullptr |
| CCountRecorder | Listener for recording the count of signal values. Signal values do not need to be numeric to be counted. NaN and nullptr values are ignored |
| ►CcISimulationLifecycleListener | A callback interface for receiving notifications at various stages simulations, including setting up, running, and tearing down. |
| CcIOutputScalarManager | Abstract base class for handling recording of output scalar data |
| CcIOutputVectorManager | Abstract base class for output vector managers for cEnvir |
| CcISnapshotManager | Abstract base class for snapshot managers |
| ►CcScheduler | Abstract class to encapsulate event scheduling |
| CcRealTimeScheduler | Real-time scheduler class |
| CcSequentialScheduler | Event scheduler for sequential simulation |
| ►CcITimestampedValue | Interface for emitting timestamped values as signals, primarily for result recording |
| CcChannel::MessageSentSignalValue | Signal value that accompanies the "messageSent" signal |
| CcTimestampedValue | A straightforward implementation of cITimestampedValue |
| CcLog | This class groups logging related functionality |
| CcLogEntry | This class holds various data that is captured when a particular log statement executes. It also contains the text written to the log stream |
| CcMatchExpression | Decides whether an object matches an expression |
| CcNedValue | Value used during evaluating NED expressions |
| ►CcObject | Root of the OMNeT++ class hierarchy. cObject is a lightweight class without any data members |
| CcChannel::MessageSentSignalValue | Signal value that accompanies the "messageSent" signal |
| CcCommBuffer | Buffer for the communications layer of parallel simulation |
| ►CcConfiguration | Represents the configuration, as accessed by the simulation kernel |
| CcConfigurationEx | Represents a configuration suitable for use with the Envir library |
| ►CcDynamicExpression::Functor | Function object base class. We use function objects to handle NED parameter references, "index" and "sizeof" operators, and references to NED "for" loop variables |
| CLoopVar | I,j in NED "for" loops |
| CParameterRef | Variations: parameter, parentParameter |
| CSiblingModuleParameterRef | SiblingModuleParameter, indexedSiblingModuleParameter |
| CSizeof | Sizeof operator. See also: SiblingModuleSizeof |
| ►CcExpression | Abstract base class for expression evaluators |
| CcDynamicExpression | A stack-based expression evaluator class, for dynamically created expressions |
| CcExpression::Context | Contextual information for evaluating the expression |
| ►CcFingerprintCalculator | This class defines the interface for fingerprint calculators |
| CcMultiFingerprintCalculator | This class calculates multiple fingerprints simultaneously |
| CcSingleFingerprintCalculator | This class calculates the "fingerprint" of a simulation |
| CcGate | Represents a module gate |
| CcIEventlogManager | Abstract base class for eventlog managers for cEnvir |
| ►CcIHistogramStrategy | Interface for histogram strategy classes. Histogram strategies encapsulate the task of setting up and managing the bins in a cHistogram |
| CcFixedRangeHistogramStrategy | Histogram strategy that sets up uniform bins over a predetermined interval. The number of bins and the histogram mode (integers or reals) also need to be configured. This strategy does not use precollection, as all input for setting up the bins must be explicitly provided by the user |
| ►CcPrecollectionBasedHistogramStrategy | Base class for histogram strategies that employ a precollection phase in order to gather input for setting up the bins. This class provides storage for the precollected values, and also a built-in algorithm for deciding when to stop precollection |
| CcAutoRangeHistogramStrategy | A generic, very configurable histogram strategy that is meant to provide a good quality histogram for practical distributions, and creates uniform bins. This strategy uses precollection to gather input information about the distribution before setting up the bins |
| CcDefaultHistogramStrategy | A strategy class used by the default setup of cHistogram. It is meant to provide a good quality uniform-bin histogram without requiring manual configuration |
| CcIOutputScalarManager | Abstract base class for handling recording of output scalar data |
| CcIOutputVectorManager | Abstract base class for output vector managers for cEnvir |
| CcISnapshotManager | Abstract base class for snapshot managers |
| ►CcModelChangeNotification | Common base class for data objects that accompany PRE_MODEL_CHANGE and POST_MODEL_CHANGE signals |
| ►CcPathChangeNotification | Base class for path change notifications |
| CcPostPathCreateNotification | Model change notification fired after a connection path has been created |
| CcPostPathCutNotification | Model change notification fired after a connection path has been cut |
| CcPrePathCreateNotification | Model change notification fired just before a connection path is created |
| CcPrePathCutNotification | Model change notification fired just before a connection path is cut |
| CcPostDisplayStringChangeNotification | Model change notification fired after a dispay string change |
| CcPostGateAddNotification | Model change notification fired after a gate or gate vector has been added to the module |
| CcPostGateConnectNotification | Model change notification fired after a gate has been connected |
| CcPostGateDeleteNotification | Model change notification fired after a gate has been deleted |
| CcPostGateDisconnectNotification | Model change notification fired after a gate is disconnected |
| CcPostGateVectorResizeNotification | Model change notification fired after a gate vector has been resized |
| CcPostModuleAddNotification | Model change notification fired after a module is created |
| CcPostModuleDeleteNotification | Model change notification fired after a module has been deleted |
| CcPostModuleReparentNotification | Model change notification fired after a module has been reparented |
| CcPostParameterChangeNotification | Model change notification fired after a parameter change |
| CcPreDisplayStringChangeNotification | Model change notification fired just before a display string change |
| CcPreGateAddNotification | Model change notification fired just before a gate or gate vector is added to the module |
| CcPreGateConnectNotification | Model change notification fired just before a gate is connected |
| CcPreGateDeleteNotification | Model change notification fired just before a gate is deleted |
| CcPreGateDisconnectNotification | Model change notification fired just before a gate has been disconnected |
| CcPreGateVectorResizeNotification | Model change notification fired just before a gate vector is resized |
| CcPreModuleAddNotification | Model change notification fired just before a module is created |
| CcPreModuleDeleteNotification | Model change notification fired just before a module is deleted |
| CcPreModuleReparentNotification | Model change notification fired just before a module is reparented |
| CcPreParameterChangeNotification | Model change notification fired just before a parameter change |
| ►CcNamedObject | Extends cObject with a name string. Also includes a "flags" member, with bits open for use by subclasses |
| ►CcOwnedObject | A cObject that keeps track of its owner. It serves as base class for many classes in the OMNeT++ library |
| CcArray | Vector-like container for objects derived from cObject |
| CcCanvas | Provides a scene graph based 2D drawing API for modules |
| CcEnum | Provides string representation for enums |
| ►CcEvent | Represents an event in the discrete event simulator |
| ►CcMessage | The message class in OMNeT++. cMessage objects may represent events, messages, jobs or other entities in a simulation. To represent network packets, use the cPacket subclass |
| CcPacket | A subclass of cMessage to represent packets, frames, datagrams, application messages, and similar data |
| ►CcFigure | A lightweight graphical object for cCanvas |
| ►CcAbstractImageFigure | Abstract base class for figures that display an image |
| ►CcImageFigure | A figure that displays an image, typically an icon or a background image, loaded from the OMNeT++ image path |
| CcIconFigure | A figure that displays an image, typically an icon or a background image, loaded from the OMNeT++ image path, in a non-zooming way |
| CcPixmapFigure | A figure that displays an image that can be manipulated programmatically |
| ►CcAbstractLineFigure | Common base class for line figures |
| CcArcFigure | A figure that displays an arc |
| CcLineFigure | A figure that displays a straight line segment |
| CcPolylineFigure | A figure that displays a line that consists of multiple connecting straight line segments or of a single smooth curve |
| ►CcAbstractShapeFigure | Abstract base class for various shapes |
| CcOvalFigure | A figure that draws a circle or ellipse |
| CcPathFigure | A figure that displays a "path", a complex shape or line modeled after SVG paths |
| CcPieSliceFigure | A figure that displays a pie slice, that is, a section of an axis-aligned disc or filled ellipse |
| CcPolygonFigure | A figure that displays a (closed) polygon, determined by a sequence of points |
| CcRectangleFigure | A figure that displays a rectangle, with optionally rounded corners |
| CcRingFigure | A figure that displays a ring, with explicitly controllable inner/outer radii |
| ►CcAbstractTextFigure | Abstract base class for figures that display text. Text may be multi-line |
| CcLabelFigure | A figure that displays text which is unaffected by zooming or transformations, except for its position |
| CcTextFigure | A figure that displays text which is affected by zooming and transformations |
| CcGroupFigure | A figure with the sole purpose of grouping its children, and no visual representation |
| CcPanelFigure | Sets up an axis-aligned, unscaled coordinate system for children, canceling the effect of any transformation (scaling, rotation, etc.) inherited from ancestor figures |
| CcFSM | Store the state of an FSM. This class is used in conjunction with the FSM_Switch() and other FSM_ macros |
| ►CcFutureEventSet | Abstract base class for the future event set (FES), a central data structure for discrete event simulation. FES is also known as FEL (future event list) |
| CcEventHeap | The default, binary heap based implementation of the future event set |
| CcMsgPar | Allows a value (string, bool, double, etc) to be attached to a cMessage object |
| ►CcNoncopyableOwnedObject | Base class for cOwnedObject-based classes that do not wish to support assignment and duplication |
| CcClassDescriptor | Abstract base class for structure description classes, used mainly with message subclassing |
| ►CcComponentType | Common base class for cModuleType and cChannelType |
| CcChannelType | Abstract base class for creating a channel of a given type |
| CcModuleType | Abstract class for creating a module of a specific type |
| CcConfigOption | Describes a configuration option |
| ►CcDefaultList | Internal class, used as a base class for modules and channels. It is not intended for subclassing outside the simulation kernel |
| ►CcComponent | Common base for module and channel classes |
| ►CcChannel | Base class for channels |
| CcDatarateChannel | Channel that models delay, bit error rate and data rate |
| CcDelayChannel | Channel with propagation delay |
| CcIdealChannel | Channel with zero propagation delay, zero transmission delay (infinite datarate), and always enabled |
| ►CcModule | This class represents modules in the simulation |
| CcSimpleModule | Base class for all simple module classes |
| ►CcMessagePrinter | Base class for message printers |
| CcDefaultMessagePrinter | A default message printer that displays the ID, kind, and length (for packets) of the message |
| CcNedFunction | Registration class for extending NED with arbitrary new functions |
| CcNedMathFunction | Registration class for extending NED with new mathematical functions |
| CcObjectFactory | The class behind the createOne() function and the Register_Class() macro |
| CcOutVector | Responsible for recording vector simulation results (an output vector) |
| CcResultFilterType | Registers a cResultFilter |
| CcResultRecorderType | Registers a cResultRecorder |
| ►CcWatchBase | Helper class to make primitive types and non-cOwnedObject objects inspectable in Tkenv/Qtenv. To be used only via the WATCH, WATCH_PTR, WATCH_OBJ, WATCH_VECTOR etc macros |
| CcGenericAssignableWatch< T > | Template Watch class, for any type that supports operator<<, and operator>> for assignment |
| CcGenericReadonlyWatch< T > | Template Watch class, for any type that supports operator<< |
| CcWatch_bool | Watch class, specifically for bool |
| CcWatch_char | Watch class, specifically for char |
| CcWatch_cObject | Watch class, specifically for objects subclassed from cObject |
| CcWatch_cObjectPtr | Watch class, specifically for pointers to objects subclassed from cObject |
| CcWatch_stdstring | Watch class, specifically for std::string |
| CcWatch_uchar | Watch class, specifically for unsigned char |
| CcOsgCanvas | Wraps an OpenSceneGraph scene, allowing 3D visualization in graphical user interfaces that support it (currently Qtenv) |
| ►CcQueue | Queue class for objects derived from cObject |
| CcPacketQueue | A queue class specialized for cPacket objects |
| ►CcRandom | Abstract interface for random variate generator classes |
| CcBernoulli | Generates random numbers that are the results of Bernoulli trials |
| CcBeta | Generates random numbers from the beta distribution |
| CcBinomial | Generates random numbers from the binomial distribution |
| CcCauchy | Generates random numbers from the Cauchy distribution |
| CcChiSquare | Generates random numbers from the chi-square distribution |
| CcErlang | Generates random numbers from the Erlang distribution |
| CcExponential | Generates random numbers from the exponential distribution |
| CcGamma | Generates random numbers from the gamma distribution |
| CcGeometric | Generates random numbers from the geometric distribution |
| CcIntUniform | Generates random numbers from the discrete uniform distribution |
| CcIntUniformExcl | Generates random numbers from the discrete uniform distribution |
| CcNegBinomial | Generates random numbers from the negative binomial distribution |
| CcNormal | Generates random numbers from the normal distribution |
| CcParetoShifted | Generates random numbers from the shifted Pareto distribution |
| CcPoisson | Generates random numbers from the Poisson distribution |
| ►CcStatistic | CStatistic is an abstract class for computing statistical properties of a random variable |
| ►CcStdDev | Statistics class to collect min, max, mean, and standard deviation |
| ►CcAbstractHistogram | Interface and base class for histogram-like density estimation classes |
| CcHistogram | Generic histogram class, capable of representing both unweighted and weighted distributions. Histogram data are stored as n+1 bin edges and n bin values, both being double-precision floating point values. Upper and lower outliers (as well as positive and negative infinities) are kept as counts (for unweighted statistics) or as sum of weights (for weighted statistics) |
| ►CcPrecollectionBasedDensityEst | Base class for histogram-like density estimation classes |
| CcKSplit | Implements k-split, an adaptive histogram-like density estimation algorithm. During result collection, k-split will dynamically subdivide "busy" bins (ones that collect a large number of observations), thereby refining the resolution of the histogram where needed |
| ►CcLegacyHistogramBase | Base class for histogram classes. It adds a vector of counters to cPrecollectionBasedDensityEst |
| ►CcLegacyHistogram | Implements an equidistant histogram |
| CcDoubleHistogram | Equidistant histogram for doubles |
| CcLongHistogram | Equidistant histogram for integers |
| CcVarHistogram | Variable bin size histogram |
| CcPSquare | Implements the P2 algorithm, which calculates quantile values without storing the observations. See the seminal paper titled "The P^2 Algorithm for Dynamic Statistical Computing Calculation of
Quantiles and Histograms Without Storing Observations" by Raj Jain and Imrich Chlamtac |
| CcWeightedStdDev | Statistics class to collect doubles and calculate weighted statistics from them. One application is to calculate time average |
| CcStudentT | Generates random numbers from Student's T distribution |
| CcTriang | Generates random numbers from the triangular distribution |
| CcTruncNormal | Generates random numbers from the truncated normal distribution |
| CcUniform | Generates random numbers from the uniform distribution |
| CcWeibull | Generates random numbers from the Weibull distribution |
| CcTopology | Routing support. The cTopology class was designed primarily to support routing in telecommunication or multiprocessor networks |
| ►CcParImpl | Internal class that stores values for cPar objects |
| CcBoolParImpl | A cParImpl subclass that stores a module/channel parameter of the type bool |
| CcDoubleParImpl | A cParImpl subclass that stores a module/channel parameter of the type double |
| CcIntParImpl | A cParImpl subclass that stores an integer module/channel parameter |
| CcStringParImpl | A cParImpl subclass that stores a module/channel parameter of the type string |
| CcXMLParImpl | A cParImpl subclass that stores a module/channel parameter of type XML |
| CcProperty | Stores a (NED) property with its (possibly compound) value |
| CcRegistrationList | Implements a list or table of objects with qualified names |
| CcSimulation | Simulation manager class |
| CcPar | Represents a module or channel parameter |
| CcParsimCommunications | Basic communications layer for parallel simulation. It provides an abstraction layer above MPI, PVM, shared-memory communications, etc |
| CcProperties | A collection of properties (cProperty) |
| CcResultListener | Common abstract base class for result filters and result recorders |
| ►CcRNG | Abstract interface for random number generator classes |
| CcLCG32 | Implements a 32-bit (2^31-2 cycle length) linear congruential random number generator |
| CcMersenneTwister | Wraps the Mersenne Twister RNG by Makoto Matsumoto and Takuji Nishimura |
| CcScheduler | Abstract class to encapsulate event scheduling |
| CcTimestampedValue | A straightforward implementation of cITimestampedValue |
| CcXMLElement | Represents an XML element in an XML configuration file |
| CcObjectOsgNode | An osg::Group for defining correspondence of a 3D object to an OMNeT++ object |
| CCodeFragments | Supporting class for the EXECUTE_ON_STARTUP and EXECUTE_ON_SHUTDOWN macros |
| CcFigure::Color | Represents an RGB color |
| CcQueue::Comparator | Base class for object comparators, used by cQueue for priority queuing |
| CcPatternMatcher | Glob-style pattern matching class, adopted to special OMNeT++ requirements. One instance represents a pattern to match |
| CcStatisticBuilder | |
| CcStringPool | Reference-counted storage for strings |
| CcStringTokenizer | String tokenizer class, modelled after strtok() |
| CcVisitor | Enables traversing the tree of (cObject-rooted) simulation objects |
| CcOsgCanvas::EarthViewpoint | Defines a viewpoint in 3D space with geographical coordinates, for osgEarth-style viewing |
| CcDynamicExpression::Elem | One element in a (reverse Polish) expression |
| CcVisitor::EndTraversalException | Can be thrown to get out in the middle of the traversal process |
| CcFigure::Font | Represents properties of a font |
| CcModule::GateIterator | Iterates through the gates of a module |
| CcKSplit::Grid | Supporting struct for cKSplit. Represents one grid in the k-split data structure |
| CcArray::Iterator | Iterates through elements in a cArray, skipping holes (slots containing nullptr) |
| CcKSplit::Iterator | Walks along cells of the distribution stored in a cKSplit object |
| CcQueue::Iterator | Walks along a cQueue |
| CcConfiguration::KeyValue | Describes a configuration entry |
| CcConfigurationReader::KeyValue | Abstract base class for representing a key-value pair in the configuration |
| ►CcTopology::Link | Supporting class for cTopology, represents a link in the graph |
| CcTopology::LinkIn | Supporting class for cTopology |
| CcTopology::LinkOut | Supporting class for cTopology |
| ►CcMatchExpression::Matchable | Objects to be matched must implement this interface |
| CcMatchableString | Wrapper to make a string matchable with cMatchExpression |
| CcTopology::Node | Supporting class for cTopology, represents a node in the graph |
| ►Cnoncopyable | Utility class, to make it impossible to call the operator= and copy constructor of any class derived from it |
| CcFingerprintCalculator | This class defines the interface for fingerprint calculators |
| CcGate | Represents a module gate |
| CcHasher | Utility class to calculate the hash of some data |
| CcIEventlogManager | Abstract base class for eventlog managers for cEnvir |
| CcIOutputScalarManager | Abstract base class for handling recording of output scalar data |
| CcIOutputVectorManager | Abstract base class for output vector managers for cEnvir |
| CcISnapshotManager | Abstract base class for snapshot managers |
| CcModelChangeNotification | Common base class for data objects that accompany PRE_MODEL_CHANGE and POST_MODEL_CHANGE signals |
| CcNoncopyableOwnedObject | Base class for cOwnedObject-based classes that do not wish to support assignment and duplication |
| CcRegistrationList | Implements a list or table of objects with qualified names |
| CcSimulation | Simulation manager class |
| CcXMLElement | Represents an XML element in an XML configuration file |
| Copp_string | Lightweight string class, used internally in some parts of OMNeT++ |
| Copp_string_map | Lightweight string-to-string map, used internally in some parts of OMNeT++ |
| Copp_string_vector | Lightweight string vector, used internally in some parts of OMNeT++ |
| CcMessagePrinter::Options | |
| ►CcXMLElement::ParamResolver | Base class for classes that resolve parameters ($PARAM) that occur in in XPath expressions to their values |
| CModNameParamResolver | A parameter resolver class for cXMLElement cXMLElement::getElementByPath() |
| CStringMapParamResolver | A parameter resolver class for cXMLElement::getElementByPath() |
| ►CcPathFigure::PathItem | Represents an item in a cPathFigure path |
| CcPathFigure::ArcRel | Represents the "a" path command with parameters |
| CcPathFigure::ArcTo | Represents the "A" path command with parameters |
| CcPathFigure::ClosePath | Represents the "Z" path command |
| CcPathFigure::CubicBezierCurveRel | Represents the "c" path command with parameters |
| CcPathFigure::CubicBezierCurveTo | Represents the "C" path command with parameters |
| CcPathFigure::CurveRel | Represents the "q" path command with parameters |
| CcPathFigure::CurveTo | Represents the "Q" path command with parameters |
| CcPathFigure::HorizontalLineRel | Represents the "h" path command with parameters |
| CcPathFigure::HorizontalLineTo | Represents the "H" path command with parameters |
| CcPathFigure::LineRel | Represents the "l" path command with parameters |
| CcPathFigure::LineTo | Represents the "L" path command with parameters |
| CcPathFigure::MoveRel | Represents the "m" path command with parameters |
| CcPathFigure::MoveTo | Represents the "M" path command with parameters |
| CcPathFigure::SmoothCubicBezierCurveRel | Represents the "s" path command with parameters |
| CcPathFigure::SmoothCubicBezierCurveTo | Represents the "S" path command with parameters |
| CcPathFigure::SmoothCurveRel | Represents the "t" path command with parameters |
| CcPathFigure::SmoothCurveTo | Represents the "T" path command with parameters |
| CcPathFigure::VerticalLineRel | Represents the "v" path command with parameters |
| CcPathFigure::VerticalLineTo | Represents the "V" path command with parameters |
| CcFigure::Pixmap | A rectangular RGBA pixel array |
| CcFigure::Point | Represents a point as (x,y) coordinates |
| CcTopology::Predicate | Base class for selector objects used in extract...() methods of cTopology |
| CcFigure::Rectangle | Represents a rectangle as an (x,y,width,height) tuple |
| CcChannel::result_t | Allows returning multiple values from the processMessage() method |
| CcFigure::RGBA | Represents an RGBA pixel, for Pixmap manipulation |
| CcConfiguration::RunInfo | Struct used by unrollConfig() to return information |
| CSimTime | Int64_t-based, base-10 fixed-point simulation time |
| CcModule::SubmoduleIterator | Iterates through the submodules of a compound module |
| CcFigure::Transform | Homogeneous 2D transformation matrix |
| CcOsgCanvas::Viewpoint | Defines a viewpoint in the 3D space |
1.8.13