Enums, types, function typedefs


Typedefs

typedef void(* CoroutineFnp )(void *)
typedef void(* PostTDFunc )(cTransientDetection *, void *)
typedef void(* PostADFunc )(cAccuracyDetection *, void *)
typedef int(* cKSplit::CritFunc )(const cKSplit &, cKSplit::Grid &, int, double *)
typedef double(* cKSplit::DivFunc )(const cKSplit &, cKSplit::Grid &, double, double *)
typedef void(* DisplayStringNotifyFunc )(cModule *, bool, void *)
typedef int(* CompareFunc )(cObject *a, cObject *b)
typedef void(* RecordFunc )(void *, simtime_t, double, double)
typedef cModule *(* ModuleCreateFunc )()
typedef cPar *(* ParCreateFunc )()
typedef void(* VoidDelFunc )(void *)
typedef void *(* VoidDupFunc )(void *)
typedef double(* MathFunc )(...)
typedef double(* MathFuncNoArg )()
typedef double(* MathFunc1Arg )(double)
typedef double(* MathFunc2Args )(double, double)
typedef double(* MathFunc3Args )(double, double, double)
typedef double(* MathFunc4Args )(double, double, double, double)


Typedef Documentation

typedef int(* CompareFunc)(cObject *a, cObject *b)
 

Prototype for functions that can be used by cQueue objects configured as priority queues to compare two objects.

Return values of CompareFunc should be

  • greater than zero if a > b
  • smaller than zero if a < b

typedef void(* CoroutineFnp)(void *)
 

Prototype for functions that can be used with cCoroutine objects as coroutine bodies.

typedef int(* cKSplit::CritFunc)(const cKSplit &, cKSplit::Grid &, int, double *) [inherited]
 

Prototype for cell split criterion functions used by cKSplit objects.

typedef void(* DisplayStringNotifyFunc)(cModule *, bool, void *)
 

Prototype for callback functions that are used to notify graphical user interfaces about display string changes.

Args: (sub)module which changed; immediate refresh wanted or not; inspector's data

typedef double(* cKSplit::DivFunc)(const cKSplit &, cKSplit::Grid &, double, double *) [inherited]
 

Prototype for cell division criterion functions used by cKSplit objects.

typedef double(* MathFunc)(...)
 

Prototype for mathematical functions that can be used in reverse Polish expressions (see ExprElem).

typedef double(* MathFunc1Arg)(double)
 

Prototype for mathematical functions taking one argument that can be used in reverse Polish expressions (see ExprElem).

typedef double(* MathFunc2Args)(double, double)
 

Prototype for mathematical functions taking two arguments that can be used in reverse Polish expressions (see ExprElem).

typedef double(* MathFunc3Args)(double, double, double)
 

Prototype for mathematical functions taking three arguments that can be used in reverse Polish expressions (see ExprElem).

typedef double(* MathFunc4Args)(double, double, double, double)
 

Prototype for mathematical functions taking four arguments that can be used in reverse Polish expressions (see ExprElem).

typedef double(* MathFuncNoArg)()
 

Prototype for mathematical functions taking no arguments that can be used in reverse Polish expressions (see ExprElem).

typedef cModule*(* ModuleCreateFunc)()
 

Prototype for functions that are called by cModuleType objects to create modules of a specific type.

typedef cPar*(* ParCreateFunc)()
 

DEPRECATED.

Prototype for functions that are called by cLinkType objects to create parameter objects for a link of a specific type.

typedef void(* PostADFunc)(cAccuracyDetection *, void *)
 

Prototype for callback functions used by a cAccuracyDetection object.

typedef void(* PostTDFunc)(cTransientDetection *, void *)
 

Prototype for callback functions used by a cTransientDetection object.

typedef void(* RecordFunc)(void *, simtime_t, double, double)
 

Prototype for callback functions that are used to notify graphical user interfaces when values are recorded to an output vector (see cOutVector).

typedef void(* VoidDelFunc)(void *)
 

Prototype for functions that are called by some objects (cPar, cLinkedList) to free up user-defined data structures.

typedef void*(* VoidDupFunc)(void *)
 

Prototype for functions that are called by some objects (cPar, cLinkedList) to duplicate user-defined data structures.


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