X3D libraries The libraries to work with X3D dataset
libx3d Home Page Requirements Screenshots X3D DataSet Docs I/O Docs Tools Docs Render Docs Level of Support Project on sf.net X3D Specification License Files Notes Changes To do... X3D errata Download From SourceForge DTD X3D Tree (Doxygen) X3D Tree (dtd2tree) Processed X3D dtd X3D dtd (one page) Links Web3D & X3D ROOT libX3d NeHe By the same author Alexis' Home Page SSWF AMake aftp Solitaire EDLL Apple Emulator	x3d::TransmitterPdu Class Reference TransmitterPdu class definition automatically generated by html-to-header v1.0. More... #include <objects.h> Inheritance diagram for x3d::TransmitterPdu: [legend]Collaboration diagram for x3d::TransmitterPdu: [legend]List of all members. Public Member Functions virtual bool  FieldHasDefaultValue (field_t name) const   Test to know whether a field is currently set to its default value. SFString &  get_address () const SFVec3f &  get_antennaLocation () const SFInt32  get_antennaPatternLength () const SFInt32  get_antennaPatternType () const SFInt32  get_applicationID () const SFInt32  get_cryptoKeyID () const SFInt32  get_cryptoSystem () const SFInt32  get_entityID () const SFInt32  get_frequency () const SFInt32  get_inputSource () const SFBool  get_isActive () const SFBool  get_isNetworkReader () const SFBool  get_isNetworkWriter () const SFBool  get_isRtpHeaderHeard () const SFBool  get_isStandAlone () const SFInt32  get_lengthOfModulationParameters () const SFInt32  get_modulationTypeDetail () const SFInt32  get_modulationTypeMajor () const SFInt32  get_modulationTypeSpreadSpectrum () const SFInt32  get_modulationTypeSystem () const SFString &  get_multicastRelayHost () const SFInt32  get_multicastRelayPort () const SFInt32  get_networkMode () const SFInt32  get_port () const SFFloat  get_power () const SFInt32  get_radioEntityTypeCategory () const SFInt32  get_radioEntityTypeCountry () const SFInt32  get_radioEntityTypeDomain () const SFInt32  get_radioEntityTypeKind () const SFInt32  get_radioEntityTypeNomenclature () const SFInt32  get_radioEntityTypeNomenclatureVersion () const SFInt32  get_radioID () const SFFloat  get_readInterval () const SFVec3f &  get_relativeAntennaLocation () const SFBool  get_rtpHeaderExpected () const SFInt32  get_siteID () const SFTime  get_timestamp () const SFFloat  get_transmitFrequencyBandwidth () const SFInt32  get_transmitState () const SFInt32  get_whichGeometry () const SFFloat  get_writeInterval () const virtual field_t  GetDefaultContainerField () const   Get the name of the default container (SFNode or MFNode) for children nodes. virtual const char *  GetDefaultContainerFieldName () const   Get the name of the default container (SFNode or MFNode) for children nodes. virtual bool  GetFieldByIndex (int idx, FieldInfo *info) const   Get the content of a field using its index. virtual bool  GetFieldByName (field_t name, FieldInfo *info) const   Get the content of a field using its name. virtual int  GetFieldCount () const   Get the number of fields available at this level. virtual bool  GetFieldDefault (field_t name, FieldInfo *info) const   Get the default value of a field. virtual const char *  GetNodeName () const   Get the textual name of a node. virtual field_t  GetNodeType (int idx=0) const   Get the type of a node. virtual int  GetTypeCount () const   Get the number of types a node represents at its top-level. virtual bool  IsNodeType (field_t type) const   Test whether a node is of a certain type. void  set_address (const SFString &address) void  set_antennaLocation (const SFVec3f &antennaLocation) void  set_antennaPatternLength (const SFInt32 &antennaPatternLength) void  set_antennaPatternType (const SFInt32 &antennaPatternType) void  set_applicationID (const SFInt32 &applicationID) void  set_cryptoKeyID (const SFInt32 &cryptoKeyID) void  set_cryptoSystem (const SFInt32 &cryptoSystem) void  set_entityID (const SFInt32 &entityID) void  set_frequency (const SFInt32 &frequency) void  set_inputSource (const SFInt32 &inputSource) void  set_isActive (const SFBool &isActive) void  set_isNetworkReader (const SFBool &isNetworkReader) void  set_isNetworkWriter (const SFBool &isNetworkWriter) void  set_isRtpHeaderHeard (const SFBool &isRtpHeaderHeard) void  set_isStandAlone (const SFBool &isStandAlone) void  set_lengthOfModulationParameters (const SFInt32 &lengthOfModulationParameters) void  set_modulationTypeDetail (const SFInt32 &modulationTypeDetail) void  set_modulationTypeMajor (const SFInt32 &modulationTypeMajor) void  set_modulationTypeSpreadSpectrum (const SFInt32 &modulationTypeSpreadSpectrum) void  set_modulationTypeSystem (const SFInt32 &modulationTypeSystem) void  set_multicastRelayHost (const SFString &multicastRelayHost) void  set_multicastRelayPort (const SFInt32 &multicastRelayPort) void  set_networkMode (const SFInt32 &networkMode) void  set_port (const SFInt32 &port) void  set_power (const SFFloat &power) void  set_radioEntityTypeCategory (const SFInt32 &radioEntityTypeCategory) void  set_radioEntityTypeCountry (const SFInt32 &radioEntityTypeCountry) void  set_radioEntityTypeDomain (const SFInt32 &radioEntityTypeDomain) void  set_radioEntityTypeKind (const SFInt32 &radioEntityTypeKind) void  set_radioEntityTypeNomenclature (const SFInt32 &radioEntityTypeNomenclature) void  set_radioEntityTypeNomenclatureVersion (const SFInt32 &radioEntityTypeNomenclatureVersion) void  set_radioID (const SFInt32 &radioID) void  set_readInterval (const SFFloat &readInterval) void  set_relativeAntennaLocation (const SFVec3f &relativeAntennaLocation) void  set_rtpHeaderExpected (const SFBool &rtpHeaderExpected) void  set_siteID (const SFInt32 &siteID) void  set_timestamp (const SFTime &timestamp) void  set_transmitFrequencyBandwidth (const SFFloat &transmitFrequencyBandwidth) void  set_transmitState (const SFInt32 &transmitState) void  set_whichGeometry (const SFInt32 &whichGeometry) void  set_writeInterval (const SFFloat &writeInterval) virtual bool  SetFieldByName (field_t name, const void *data)   Set the value of a field using its numeric name.   TransmitterPdu () virtual  ~TransmitterPdu () Protected Attributes SFString  f_address SFVec3f  f_antennaLocation SFInt32  f_antennaPatternLength SFInt32  f_antennaPatternType SFInt32  f_applicationID SFInt32  f_cryptoKeyID SFInt32  f_cryptoSystem SFInt32  f_entityID SFInt32  f_frequency SFInt32  f_inputSource SFBool  f_isActive SFBool  f_isNetworkReader SFBool  f_isNetworkWriter SFBool  f_isRtpHeaderHeard SFBool  f_isStandAlone SFInt32  f_lengthOfModulationParameters SFInt32  f_modulationTypeDetail SFInt32  f_modulationTypeMajor SFInt32  f_modulationTypeSpreadSpectrum SFInt32  f_modulationTypeSystem SFString  f_multicastRelayHost SFInt32  f_multicastRelayPort SFInt32  f_networkMode SFInt32  f_networkMode__enum_last SFString  f_networkMode__enum_name SFInt32  f_port SFFloat  f_power SFInt32  f_radioEntityTypeCategory SFInt32  f_radioEntityTypeCountry SFInt32  f_radioEntityTypeDomain SFInt32  f_radioEntityTypeKind SFInt32  f_radioEntityTypeNomenclature SFInt32  f_radioEntityTypeNomenclatureVersion SFInt32  f_radioID SFFloat  f_readInterval SFVec3f  f_relativeAntennaLocation SFBool  f_rtpHeaderExpected SFInt32  f_siteID SFTime  f_timestamp SFFloat  f_transmitFrequencyBandwidth SFInt32  f_transmitState SFInt32  f_whichGeometry SFFloat  f_writeInterval Detailed Description TransmitterPdu class definition automatically generated by html-to-header v1.0. This class was automatically generated using the definition available in this modified X3D abstract: TransmitterPdu Constructor & Destructor Documentation x3d::TransmitterPdu::TransmitterPdu (   )  virtual x3d::TransmitterPdu::~TransmitterPdu (   )  [virtual] Member Function Documentation virtual bool x3d::TransmitterPdu::FieldHasDefaultValue (  field_t  name  )  const [virtual]   Test to know whether a field is currently set to its default value. This function searches the specified field and test to know whether it is currently set to its default value. This is useful whenever saving to an XML file or some other format to avoid saving fields which are anyway set to their defaults. Also, the rendering process can make use of this to avoid changing the environment if it is not necessary. Note: A required field (i.e. marked as #REQUIRED in the DTD) does not have a default value and thus this function will always return false for these fields. Parameters: [in]  name  The name of the field to query in numeric form Returns: true if the field could be found and has a default value. See also: bool SFNode::GetFieldByName(field_t name, FieldInfo *info) const; bool SFNode::GetFieldByIndex(int idx, FieldInfo *info) const; bool SFNode::FieldHasDefaultValue(field_t name) const field_t GetField(const char *name); Reimplemented from x3d::X3DChildNode. SFString& x3d::TransmitterPdu::get_address (   )  const [inline] SFVec3f& x3d::TransmitterPdu::get_antennaLocation (   )  const [inline] SFInt32 x3d::TransmitterPdu::get_antennaPatternLength (   )  const [inline] SFInt32 x3d::TransmitterPdu::get_antennaPatternType (   )  const [inline] SFInt32 x3d::TransmitterPdu::get_applicationID (   )  const [inline] SFInt32 x3d::TransmitterPdu::get_cryptoKeyID (   )  const [inline] SFInt32 x3d::TransmitterPdu::get_cryptoSystem (   )  const [inline] SFInt32 x3d::TransmitterPdu::get_entityID (   )  const [inline] SFInt32 x3d::TransmitterPdu::get_frequency (   )  const [inline] SFInt32 x3d::TransmitterPdu::get_inputSource (   )  const [inline] SFBool x3d::TransmitterPdu::get_isActive (   )  const [inline] SFBool x3d::TransmitterPdu::get_isNetworkReader (   )  const [inline] SFBool x3d::TransmitterPdu::get_isNetworkWriter (   )  const [inline] SFBool x3d::TransmitterPdu::get_isRtpHeaderHeard (   )  const [inline] SFBool x3d::TransmitterPdu::get_isStandAlone (   )  const [inline] SFInt32 x3d::TransmitterPdu::get_lengthOfModulationParameters (   )  const [inline] SFInt32 x3d::TransmitterPdu::get_modulationTypeDetail (   )  const [inline] SFInt32 x3d::TransmitterPdu::get_modulationTypeMajor (   )  const [inline] SFInt32 x3d::TransmitterPdu::get_modulationTypeSpreadSpectrum (   )  const [inline] SFInt32 x3d::TransmitterPdu::get_modulationTypeSystem (   )  const [inline] SFString& x3d::TransmitterPdu::get_multicastRelayHost (   )  const [inline] SFInt32 x3d::TransmitterPdu::get_multicastRelayPort (   )  const [inline] SFInt32 x3d::TransmitterPdu::get_networkMode (   )  const [inline] SFInt32 x3d::TransmitterPdu::get_port (   )  const [inline] SFFloat x3d::TransmitterPdu::get_power (   )  const [inline] SFInt32 x3d::TransmitterPdu::get_radioEntityTypeCategory (   )  const [inline] SFInt32 x3d::TransmitterPdu::get_radioEntityTypeCountry (   )  const [inline] SFInt32 x3d::TransmitterPdu::get_radioEntityTypeDomain (   )  const [inline] SFInt32 x3d::TransmitterPdu::get_radioEntityTypeKind (   )  const [inline] SFInt32 x3d::TransmitterPdu::get_radioEntityTypeNomenclature (   )  const [inline] SFInt32 x3d::TransmitterPdu::get_radioEntityTypeNomenclatureVersion (   )  const [inline] SFInt32 x3d::TransmitterPdu::get_radioID (   )  const [inline] SFFloat x3d::TransmitterPdu::get_readInterval (   )  const [inline] SFVec3f& x3d::TransmitterPdu::get_relativeAntennaLocation (   )  const [inline] SFBool x3d::TransmitterPdu::get_rtpHeaderExpected (   )  const [inline] SFInt32 x3d::TransmitterPdu::get_siteID (   )  const [inline] SFTime x3d::TransmitterPdu::get_timestamp (   )  const [inline] SFFloat x3d::TransmitterPdu::get_transmitFrequencyBandwidth (   )  const [inline] SFInt32 x3d::TransmitterPdu::get_transmitState (   )  const [inline] SFInt32 x3d::TransmitterPdu::get_whichGeometry (   )  const [inline] SFFloat x3d::TransmitterPdu::get_writeInterval (   )  const [inline] virtual field_t x3d::TransmitterPdu::GetDefaultContainerField (  void   )  const [virtual]   Get the name of the default container (SFNode or MFNode) for children nodes. This function returns the numeric name of the container field to use for children which are not given a specific place to be saved to. This is mainly for I/O purposes, whenever you are loading a file, you usually need to know where to save a new node in its parent. Each node has a default field name where it is supposed to be saved in its parent node. Many nodes will return "children". If no name is specified, this function returns FLD_INVALID. This means a saved node must specified the name of the container field otherwise the child cannot be saved in the parent. Returns: a field_t with the name of the field in which to save this node in its parent node See also: const char *SFNodeGetDefaultContainerFieldName(void) const; Reimplemented from x3d::X3DChildNode. virtual const char* x3d::TransmitterPdu::GetDefaultContainerFieldName (  void   )  const [virtual]   Get the name of the default container (SFNode or MFNode) for children nodes. This function returns the textual name of the container field to use for children which do not have a specific place to be. This is mainly for I/O purposes, whenever you are loading a file, you usually need to know where to save a new node in its parent. Each node has a default field name where it is supposed to be saved in its parent node. Many nodes will return "children". If no name is specified, this function returns a null pointer. This means a saved node must specified the name of the container field otherwise the child cannot be saved in the parent. If all you need is the numeric name, use the GetDefaultContainerFieldName() instead, it will be a lot faster. Returns: the name of the container field as a static const string an empty string or a null pointer See also: field_t SFNode::GetDefaultContainerField(void) const; Reimplemented from x3d::X3DChildNode. virtual bool x3d::TransmitterPdu::GetFieldByIndex (  int  idx, FieldInfo *  info )  const [virtual]   Get the content of a field using its index. This function searches the specified field at the specified index and returns a pointer to its content, its type and its name in the provided info parameter. This is used to enumerate all the fields of a node. The index starts at 0 and increases until the function returns false. Warning: Note that you can then read and write in the field. It is not adviced that you write in the field unless you know exactly what you are doing. You should instead use the set_ and get_ functions to read and write fields. This generic function is provided mainly for I/O operations. Note: The info are not modified if no field is found at the specified index. Parameters: [in]  idx  The index of the field to query [in,out]  info  The structure where the information about the field is saved Returns: true if the field was found, false when the index is out of range See also: bool SFNode::GetFieldByName(field_t name, FieldInfo *info) const; int SFNode::GetFieldCount(void) const; field_t GetField(const char *name); Reimplemented from x3d::X3DChildNode. virtual bool x3d::TransmitterPdu::GetFieldByName (  field_t  name, FieldInfo *  info )  const [virtual]   Get the content of a field using its name. This function searches the specified field and returns a pointer to its content, its type and its name in the provided info parameter. Warning: Note that you can then read and write in the field. It is not adviced that you write in the field unless you know exactly what you are doing. You should instead use the set_ and get_ functions to read and write fields. This generic function is provided mainly for I/O operations. Parameters: [in]  name  The name of the field to query in numeric form [in,out]  info  The structure where the information about the field is saved Returns: true if the field was found See also: bool SFNode::GetFieldByIndex(int idx, FieldInfo *info) const; field_t GetField(const char *name); Reimplemented from x3d::X3DChildNode. virtual int x3d::TransmitterPdu::GetFieldCount (  void   )  const [virtual]   Get the number of fields available at this level. This function returns the total number of fields this node supports. This can be used with a for() loop to query all the fields. It is also used internally to determine how to decrement the index to call the super class GetFieldByIndex() function. In user defined types you need to call your super class GetFieldCount() and add the number of fields you offer: MyClass:GetFieldCount() { return X3DChildNode::GetFieldCount() + 5; } Returns: the total number of fields in this node and all its super classes See also: bool SFNode::GetFieldByIndex(int idx, FieldInfo *info) const; field_t GetField(const char *name); Reimplemented from x3d::X3DChildNode. virtual bool x3d::TransmitterPdu::GetFieldDefault (  field_t  name, FieldInfo *  info )  const [virtual]   Get the default value of a field. Ask the node to return the default value of a field. It can be used to reset the field to that value or compare with the current value to know whether it is the default. Note that to compare the current value of a field to its default, you should use the FieldHasDefaultValue() function instead (it is much more efficient and it compares all the different types for you.) The returned value is the same as what you get when calling the GetFieldByName() or GetFieldByIndex() functions. Note: A required field (i.e. marked as #REQUIRED in the DTD) does not have a default value. This function will therefore return false for these fields. Warning: The returned FieldInfo will point to a static constant variable with the default value. The f_data pointer of the FieldInfo is unfortunately not set as a constant since once in a while you want to be able to modify the content of a field (especially MFNode's). However, modifying the default will either fail with a bus error/segmentation fault or you will lose access to the true default. Note that objects will still be initialized with the proper default and the FieldHasDefaultValue() will still work properly since each function has its own copy of the default values. Parameters: [in]  name  The name of the field to get the default of [in,out]  info  A FieldInfo structure pointer where the default value is saved. Returns: true if the field could be found and has a default value. See also: bool SFNode::GetFieldByName(field_t name, FieldInfo *info) const; bool SFNode::GetFieldByIndex(int idx, FieldInfo *info) const; bool SFNode::FieldHasDefaultValue(field_t name) const field_t GetField(const char *name); Reimplemented from x3d::X3DChildNode. virtual const char* x3d::TransmitterPdu::GetNodeName (  void   )  const [virtual]   Get the textual name of a node. The textual name of the node. This is also the name of the C++ class. it is used to load and save files in XML and VRML. Returns: a constant string (do not modify!) See also: field_t SFNode::GetNodeType(int idx) const; Reimplemented from x3d::X3DChildNode. virtual field_t x3d::TransmitterPdu::GetNodeType (  int  idx = 0  )  const [virtual]   Get the type of a node. Get the type (such as FLD_TYPE_SCRIPT) of a node. The index can be used in order to query all the types. With index 0, only the top-most type is returned. Once all the types have been returned, the function returns FLD_INVALID. The following example checks whether a node is of type grouping. Note that it is faster to use IsNodeType() in this case unless you want to test for several types. for(;;) { field_t t = node->GetNodeType(); if(t == FLD_INVALID) return ERROR; if(t == FLD_GROUPING) return VALID; } Parameters: [in]  idx  the index of the node of which we want to get the type Returns: a field_t with the corresponding node type See also: bool SFNode::IsNodeType(field_t type) const; Reimplemented from x3d::X3DChildNode. virtual int x3d::TransmitterPdu::GetTypeCount (  void   )  const [virtual]   Get the number of types a node represents at its top-level. In order for the GetNodeType() function to work properly, we need to have a way to know how many types may be handled at a given level. This function is used for that purpose to decrement the index properly when calling a different level. Returns: a field_t with the corresponding node type See also: bool SFNode::IsNodeType(field_t type) const; Reimplemented from x3d::X3DChildNode. virtual bool x3d::TransmitterPdu::IsNodeType (  field_t  type  )  const [virtual]   Test whether a node is of a certain type. Nodes inherit of different classes. To know whether a node is derived of a specific class you can use dynamic_cast<typename>(node) where typename is the name of the derived class. This can be rather slow since the textual name is used to find the proper pointer. So if you do not need the pointer afterward, you should instead use this function. It will go through all the classes, but it only has to compare one integer to know whether it is of that class or not. if(node->IsNodeType(FLD_TYPE_SCRIPT)) HandleScript(); Parameters: [in]  type  one of the FLD_TYPE_... enumeration or a user registered type Returns: true whenever the node is of that type See also: field_t SFNode::GetNodeType(int idx) const; Reimplemented from x3d::X3DChildNode. void x3d::TransmitterPdu::set_address (  const SFString &  address  )  [inline] void x3d::TransmitterPdu::set_antennaLocation (  const SFVec3f &  antennaLocation  )  [inline] void x3d::TransmitterPdu::set_antennaPatternLength (  const SFInt32 &  antennaPatternLength  )  [inline] void x3d::TransmitterPdu::set_antennaPatternType (  const SFInt32 &  antennaPatternType  )  [inline] void x3d::TransmitterPdu::set_applicationID (  const SFInt32 &  applicationID  )  [inline] void x3d::TransmitterPdu::set_cryptoKeyID (  const SFInt32 &  cryptoKeyID  )  [inline] void x3d::TransmitterPdu::set_cryptoSystem (  const SFInt32 &  cryptoSystem  )  [inline] void x3d::TransmitterPdu::set_entityID (  const SFInt32 &  entityID  )  [inline] void x3d::TransmitterPdu::set_frequency (  const SFInt32 &  frequency  )  [inline] void x3d::TransmitterPdu::set_inputSource (  const SFInt32 &  inputSource  )  [inline] void x3d::TransmitterPdu::set_isActive (  const SFBool &  isActive  )  [inline] void x3d::TransmitterPdu::set_isNetworkReader (  const SFBool &  isNetworkReader  )  [inline] void x3d::TransmitterPdu::set_isNetworkWriter (  const SFBool &  isNetworkWriter  )  [inline] void x3d::TransmitterPdu::set_isRtpHeaderHeard (  const SFBool &  isRtpHeaderHeard  )  [inline] void x3d::TransmitterPdu::set_isStandAlone (  const SFBool &  isStandAlone  )  [inline] void x3d::TransmitterPdu::set_lengthOfModulationParameters (  const SFInt32 &  lengthOfModulationParameters  )  [inline] void x3d::TransmitterPdu::set_modulationTypeDetail (  const SFInt32 &  modulationTypeDetail  )  [inline] void x3d::TransmitterPdu::set_modulationTypeMajor (  const SFInt32 &  modulationTypeMajor  )  [inline] void x3d::TransmitterPdu::set_modulationTypeSpreadSpectrum (  const SFInt32 &  modulationTypeSpreadSpectrum  )  [inline] void x3d::TransmitterPdu::set_modulationTypeSystem (  const SFInt32 &  modulationTypeSystem  )  [inline] void x3d::TransmitterPdu::set_multicastRelayHost (  const SFString &  multicastRelayHost  )  [inline] void x3d::TransmitterPdu::set_multicastRelayPort (  const SFInt32 &  multicastRelayPort  )  [inline] void x3d::TransmitterPdu::set_networkMode (  const SFInt32 &  networkMode  )  [inline] void x3d::TransmitterPdu::set_port (  const SFInt32 &  port  )  [inline] void x3d::TransmitterPdu::set_power (  const SFFloat &  power  )  [inline] void x3d::TransmitterPdu::set_radioEntityTypeCategory (  const SFInt32 &  radioEntityTypeCategory  )  [inline] void x3d::TransmitterPdu::set_radioEntityTypeCountry (  const SFInt32 &  radioEntityTypeCountry  )  [inline] void x3d::TransmitterPdu::set_radioEntityTypeDomain (  const SFInt32 &  radioEntityTypeDomain  )  [inline] void x3d::TransmitterPdu::set_radioEntityTypeKind (  const SFInt32 &  radioEntityTypeKind  )  [inline] void x3d::TransmitterPdu::set_radioEntityTypeNomenclature (  const SFInt32 &  radioEntityTypeNomenclature  )  [inline] void x3d::TransmitterPdu::set_radioEntityTypeNomenclatureVersion (  const SFInt32 &  radioEntityTypeNomenclatureVersion  )  [inline] void x3d::TransmitterPdu::set_radioID (  const SFInt32 &  radioID  )  [inline] void x3d::TransmitterPdu::set_readInterval (  const SFFloat &  readInterval  )  [inline] void x3d::TransmitterPdu::set_relativeAntennaLocation (  const SFVec3f &  relativeAntennaLocation  )  [inline] void x3d::TransmitterPdu::set_rtpHeaderExpected (  const SFBool &  rtpHeaderExpected  )  [inline] void x3d::TransmitterPdu::set_siteID (  const SFInt32 &  siteID  )  [inline] void x3d::TransmitterPdu::set_timestamp (  const SFTime &  timestamp  )  [inline] void x3d::TransmitterPdu::set_transmitFrequencyBandwidth (  const SFFloat &  transmitFrequencyBandwidth  )  [inline] void x3d::TransmitterPdu::set_transmitState (  const SFInt32 &  transmitState  )  [inline] void x3d::TransmitterPdu::set_whichGeometry (  const SFInt32 &  whichGeometry  )  [inline] void x3d::TransmitterPdu::set_writeInterval (  const SFFloat &  writeInterval  )  [inline] virtual bool x3d::TransmitterPdu::SetFieldByName (  field_t  name, const void *  data )  [virtual]   Set the value of a field using its numeric name. This function is mainly to be used by I/O operations to change the value of a field from the value found in an input stream. For other purposes, it is strongly advise that you make use of the get_ and set_ functions of the given class. Also, if you are not sure about the datatype of a field, it is better to use the other SetFieldByName() function which will automatically determine the type of the field and set it accordingly. Attention: Enumeration fields are managed differently depending on the function that you use. This one will make that field look like an SFString. The data pointer is expected to point to an SFString or it will crash. Internally, the string will be transformed to the corresponding enumeration value. Note that if the field name is valid, but the enumeration name is not, then the function also returns false. Note: You cannot set a node in a parent node using this function. Parameters: [in]  name  The name of the field to set. [in]  data  A pointer to the data to copy in the specified field. It MUST be of the right type of the system may crash. This is the same pointer as found the FieldInfo.f_data.f_any variable member. Returns: true when a field of the specified name was found and set to the value defined by data Bug: At this time, the data pointer is of type void* and there is therfore no way for sure to know whether the pointer passed is of the type expected by the field. This should be fine since this function is mainly to be used by I/O processes and no specialized code which can handle the fields using the proper get_ and set_ functions. See also: field_t SFNode::SetFieldByName(const char *name, const char *data); Reimplemented from x3d::X3DChildNode. Member Data Documentation SFString x3d::TransmitterPdu::f_address [protected] SFVec3f x3d::TransmitterPdu::f_antennaLocation [protected] SFInt32 x3d::TransmitterPdu::f_antennaPatternLength [protected] SFInt32 x3d::TransmitterPdu::f_antennaPatternType [protected] SFInt32 x3d::TransmitterPdu::f_applicationID [protected] SFInt32 x3d::TransmitterPdu::f_cryptoKeyID [protected] SFInt32 x3d::TransmitterPdu::f_cryptoSystem [protected] SFInt32 x3d::TransmitterPdu::f_entityID [protected] SFInt32 x3d::TransmitterPdu::f_frequency [protected] SFInt32 x3d::TransmitterPdu::f_inputSource [protected] SFBool x3d::TransmitterPdu::f_isActive [protected] SFBool x3d::TransmitterPdu::f_isNetworkReader [protected] SFBool x3d::TransmitterPdu::f_isNetworkWriter [protected] SFBool x3d::TransmitterPdu::f_isRtpHeaderHeard [protected] SFBool x3d::TransmitterPdu::f_isStandAlone [protected] SFInt32 x3d::TransmitterPdu::f_lengthOfModulationParameters [protected] SFInt32 x3d::TransmitterPdu::f_modulationTypeDetail [protected] SFInt32 x3d::TransmitterPdu::f_modulationTypeMajor [protected] SFInt32 x3d::TransmitterPdu::f_modulationTypeSpreadSpectrum [protected] SFInt32 x3d::TransmitterPdu::f_modulationTypeSystem [protected] SFString x3d::TransmitterPdu::f_multicastRelayHost [protected] SFInt32 x3d::TransmitterPdu::f_multicastRelayPort [protected] SFInt32 x3d::TransmitterPdu::f_networkMode [protected] SFInt32 x3d::TransmitterPdu::f_networkMode__enum_last [mutable, protected] SFString x3d::TransmitterPdu::f_networkMode__enum_name [mutable, protected] SFInt32 x3d::TransmitterPdu::f_port [protected] SFFloat x3d::TransmitterPdu::f_power [protected] SFInt32 x3d::TransmitterPdu::f_radioEntityTypeCategory [protected] SFInt32 x3d::TransmitterPdu::f_radioEntityTypeCountry [protected] SFInt32 x3d::TransmitterPdu::f_radioEntityTypeDomain [protected] SFInt32 x3d::TransmitterPdu::f_radioEntityTypeKind [protected] SFInt32 x3d::TransmitterPdu::f_radioEntityTypeNomenclature [protected] SFInt32 x3d::TransmitterPdu::f_radioEntityTypeNomenclatureVersion [protected] SFInt32 x3d::TransmitterPdu::f_radioID [protected] SFFloat x3d::TransmitterPdu::f_readInterval [protected] SFVec3f x3d::TransmitterPdu::f_relativeAntennaLocation [protected] SFBool x3d::TransmitterPdu::f_rtpHeaderExpected [protected] SFInt32 x3d::TransmitterPdu::f_siteID [protected] SFTime x3d::TransmitterPdu::f_timestamp [protected] SFFloat x3d::TransmitterPdu::f_transmitFrequencyBandwidth [protected] SFInt32 x3d::TransmitterPdu::f_transmitState [protected] SFInt32 x3d::TransmitterPdu::f_whichGeometry [protected] SFFloat x3d::TransmitterPdu::f_writeInterval [protected] The documentation for this class was generated from the following file: objects.h This file is part of the libx3d project. Documentation copyright © 2005 Made to Order Software, Corp. Licensed under the GNU Free Documentation License. Generated on Sun Dec 18 17:42:58 2005 for libx3d by  Doxygen  1.4.5.