VR-Link Example Members

This group contains files, classes and their members that are distributed as VR-Link Examples. More...

Classes
class	DtF18Initializer
	DtF18Initializer derives from DtVrlApplicationInitializer and describes how command line/MTL parameters could be added to a VR-Link application. More...
class	DtVehicleSim
	Part of the F18 example. More...
class	DtLauncherInitializer
	DtLauncherInitializer derives from DtVrlApplicationInitializer and describes how command line/MTL parameters could be added to a VR-Link application. More...
struct	Point2GeometryData
	an example class for Environmental Process objects More...
struct	Point1GeometryData
	An example class for the DtEnvironmentalProcess example. More...
struct	NetTestPdu
	The TestPdu class will represent a hypothetical variable-length "Test PDU". More...
class	TestPdu
	Define the TestPdu class. More...

Files
file	f18Init.h
file	launcherInit.h
file	f18Init.h

Typedefs
typedef struct NetTestPdu	NetTestPdu
	The TestPdu class will represent a hypothetical variable-length "Test PDU". More...
typedef void(*	TestPduCb )(TestPdu *pdu, void *usr)

Variables
const DtPduKind	TestPduKind = DtPduKind(220)
	Extend the DtPduKind enumeration, adding our chosen value. More...

Detailed Description

This group contains files, classes and their members that are distributed as VR-Link Examples.

These members are not considered part of the VR-Link API. Customers may use these classes as a starting point for their own applications. For more information about VR-Link Examples please see the VR-Link Examples page.

Typedef Documentation

typedef struct NetTestPdu NetTestPdu

The TestPdu class will represent a hypothetical variable-length "Test PDU".

• one that has three fields: an integer named "a", a variable-length array of integers named "b" whose cardinality is the value of "a", and a float called c. Define as much of the network representation structure as is possible with a C-style structure. The cardinality of "b" in the structure doesn't matter, since we'll only be casting buffers to pointers to this structure, and not creating instances of the structure or relying on its size. We won't be able to access "c" at all through the structure, since it comes after the variable length array "b". We will have to use byte-arithmetic to reach "c".

typedef void(* TestPduCb)(TestPdu *pdu, void *usr)

Variable Documentation

const DtPduKind TestPduKind = DtPduKind(220)

Extend the DtPduKind enumeration, adding our chosen value.

This is the number that ends up in the PDU header's kind field.