this class manages the map with the keys matching the fields of the Mesh gofiguredatabase table and values of the map matching a row of the Mesh table More...

#include <Code/IO/GoDBRow/GoDBMeshRow.h>

Inheritance diagram for GoDBMeshRow:

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Collaboration diagram for GoDBMeshRow:

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Public Member Functions
	GoDBMeshRow ()
	GoDBMeshRow (vtkMySQLDatabase DatabaseConnector, vtkPolyData TraceVisu, GoDBCoordinateRow Min, GoDBCoordinateRow Max, unsigned int ImgSessionID, GoFigureMeshAttributes *iMeshAttributes=0)
	fill the mesh map with the values gotten from the visualization
	GoDBMeshRow (const GoDBMeshRow &iRow)
	GoDBMeshRow (unsigned int ImagingSessionID)
	GoDBMeshRow (unsigned int iExistingID, vtkMySQLDatabase *iDatabaseConnector)
void	SafeDownCast (GoDBTraceRow &iRow)
	convert a GoDBTraceRow in GoDBMeshRow
virtual int	SaveInDB (vtkMySQLDatabase *DatabaseConnector)
	save the row in the database if the TraceID is set to "0", update the existing traceRow if the TraceID is <> 0
void	SaveInDBTotalIntensityPerChannel (vtkMySQLDatabase *DatabaseConnector, boost::unordered_map< std::string, int > iNameChannelWithValues)
	create the intensities per channel based on the channel names and values contained in iNameChannelWithValues
void	SetCellType (vtkMySQLDatabase *DatabaseConnector, std::string CellTypeName)
	put the value of map["Celltype"] to CellTypeName
void	SetSubCellType (vtkMySQLDatabase *DatabaseConnector, std::string SubCellTypeName)
	put the value of map["SubCelltype"] to SubCellTypeName
void	SetTheDataFromTheVisu (vtkMySQLDatabase DatabaseConnector, vtkPolyData TraceVisu, GoDBCoordinateRow iCoordMin, GoDBCoordinateRow iCoordMax, GoFigureMeshAttributes *iMeshAttributes)
	~GoDBMeshRow ()
Public Member Functions inherited from GoDBTraceRow
int	DoesThisBoundingBoxExist (vtkMySQLDatabase *DatabaseConnector)
	check if a trace already has the same bounding box
std::string	GetCollectionIDName ()
std::string	GetCollectionName ()
	GoDBTraceRow ()
	GoDBTraceRow (vtkMySQLDatabase DatabaseConnector, vtkPolyData TraceVisu, GoDBCoordinateRow Min, GoDBCoordinateRow Max, unsigned int ImgSessionID)
	fill the trace map with the values gotten from the visualization
void	SetCollectionID (unsigned int iCollectionID)
	set the collectionID field to iCollectionID
void	SetColor (unsigned int Red, unsigned int Green, unsigned int Blue, unsigned int Alpha, std::string ColorName, vtkMySQLDatabase *DatabaseConnector)
	get the colorID corresponding to the rgba values and set the colorID field of the trace with it
void	SetTheBoundingBox (vtkMySQLDatabase *iDatabaseConnector, GoDBCoordinateRow Min, GoDBCoordinateRow Max)
	check in the database if the Coordinate Min and Max already exists, if yes fill the map["CoordIDMin"] and ["CoordIDmax"] with the existing CoordinateID if not, create the coordinates in the database and fill the map with the new created ID, if the bounding box already exists, a cout is generated
bool	SetValuesForSpecificID (int ID, vtkMySQLDatabase *iDatabaseConnector)
	~GoDBTraceRow ()
Public Member Functions inherited from GoDBRow
StringMapConstIterator	ConstMapBegin ()
StringMapConstIterator	ConstMapEnd ()
void	DeleteFromDB (vtkMySQLDatabase *iDatabaseConnector)
	delete from the database the row which has the same TableID
std::string	GetMapValue (const std::string &key)
	return the value for the field map[key] after having removed the " at the beginning and at the end of the value if it is a string in order to get the original value.
template<typename T >
T	GetMapValue (const std::string &key)
std::string	GetTableIDName ()
std::string	GetTableName ()
std::vector< std::string >	GetVectorColumnNames ()
	put all the keys of the map in a vector
	GoDBRow ()
StringMapIterator	MapBegin ()
StringMapIterator	MapEnd ()
std::string	PrintColumnNames ()
	put all the keys of the map in a string separated by ','
std::string	PrintColumnNamesWithValues ()
	put all the keys and values of the map in a string as map[key] = value separated by ','
std::vector< std::string >	PrintColumnsAndValues ()
std::string	PrintValues ()
	put all the values of the map in a string separated by ','
template<typename T >
void	SetField (const std::string &key, const T &value)
	convert the value into a string and assign it to the key in the map
void	SetField (const std::string &key, const std::string &value)
	set value as the value of map[key] after having put " at the beginning and at the end of the string, as value is a string and it will be needed for the database queries. map[key] = " "value" "
virtual	~GoDBRow ()

Static Public Member Functions
static int	GetCellTypeID (vtkMySQLDatabase *iDatabaseConnector, std::string iCellTypeName)
	static method.get the CellTypeID base on the name of the celltype
static int	GetSubCellTypeID (vtkMySQLDatabase *iDatabaseConnector, std::string iSubCellTypeName)
	static method.get the SubCellTypeID base on the name of the subcelltype

Protected Member Functions
virtual void	InitializeMap ()
	virtual pure. initialize all the values of the map
Protected Member Functions inherited from GoDBTraceRow
template<typename T >
int	SaveInDBTemplate (vtkMySQLDatabase iDatabaseConnector, T iTrace)
	save the row in the database if the TraceID is set to "0", update the existing traceRow if the TraceID is <> 0
void	SetImgSessionID (unsigned int iImgSessionID)
	set the ImagingSessionID field to iImgSessionID
template<typename T >
void	SetTheDataFromTheVisuTemplate (vtkMySQLDatabase DatabaseConnector, vtkPolyData TraceVisu, GoDBCoordinateRow iCoordMin, GoDBCoordinateRow iCoordMax)
Protected Member Functions inherited from GoDBRow
void	AddConditions (const std::string &iNameOfField, std::vector< FieldWithValue > &ioFieldWithValue)
	add as an element of ioFieldWithValue the name and value of the map with the key iNameOfField

Protected Attributes
boost::unordered_map < std::string, int >	m_NameChannelWithValues
Protected Attributes inherited from GoDBTraceRow
std::string	m_CollectionIDName
	check in the database if the Coordinate Min adn Max already exists, if yes fill the map["CoordIDMin"] and ["CoordIDmax"] with the existing CoordinateID if not, create the coordinates in the database and fill the map with the new created ID, if the bounding box already exists, a cout is generated
std::string	m_CollectionName
Protected Attributes inherited from GoDBRow
StringMapType	m_MapRow
std::string	m_TableIDName
std::string	m_TableName

Additional Inherited Members
Public Types inherited from GoDBRow
typedef StringMapType::const_iterator	StringMapConstIterator
typedef StringMapType::iterator	StringMapIterator
typedef std::map< std::string, std::string >	StringMapType

Detailed Description

this class manages the map with the keys matching the fields of the Mesh gofiguredatabase table and values of the map matching a row of the Mesh table

Definition at line 55 of file GoDBMeshRow.h.

Constructor & Destructor Documentation

GoDBMeshRow::GoDBMeshRow ( )

Definition at line 46 of file GoDBMeshRow.cxx.

GoDBMeshRow::GoDBMeshRow	(	vtkMySQLDatabase *	DatabaseConnector,
		vtkPolyData *	TraceVisu,
		GoDBCoordinateRow	Min,
		GoDBCoordinateRow	Max,
		unsigned int	ImgSessionID,
		GoFigureMeshAttributes *	iMeshAttributes = `0`
	)

explicit

fill the mesh map with the values gotten from the visualization

Parameters

[in]	DatabaseConnector	connection to the database
[in]	TraceVisu	vtkPolyData the points will be extracted from to create a string for "Points"
[in]	Min	coordinate row for the minimum of the bounding box
[in]	Max	coordinate row for the maximum of the bounding box
[in]	ImgSessionID	ID of the current imagingsession
[in]	iMeshAttributes	container for intensity values

Definition at line 60 of file GoDBMeshRow.cxx.

GoDBMeshRow::GoDBMeshRow ( const GoDBMeshRow & iRow )

Definition at line 95 of file GoDBMeshRow.cxx.

GoDBMeshRow::GoDBMeshRow ( unsigned int ImagingSessionID )

Parameters

[in] ImagingSessionID ID of the current imagingsession

Definition at line 73 of file GoDBMeshRow.cxx.

GoDBMeshRow::GoDBMeshRow	(	unsigned int	iExistingID,
		vtkMySQLDatabase *	iDatabaseConnector
	)

Definition at line 84 of file GoDBMeshRow.cxx.

GoDBMeshRow::~GoDBMeshRow ( )

Definition at line 55 of file GoDBMeshRow.cxx.

Member Function Documentation

int GoDBMeshRow::GetCellTypeID	(	vtkMySQLDatabase *	iDatabaseConnector,
		std::string	iCellTypeName
	)

static

static method.get the CellTypeID base on the name of the celltype

Parameters

[in]	iDatabaseConnector	connection to the database
[in]	iCellTypeName	name of the celltype

Returns: the ID of the celltype

Definition at line 179 of file GoDBMeshRow.cxx.

int GoDBMeshRow::GetSubCellTypeID	(	vtkMySQLDatabase *	iDatabaseConnector,
		std::string	iSubCellTypeName
	)

static

static method.get the SubCellTypeID base on the name of the subcelltype

Parameters

[in]	iDatabaseConnector	connection to the database
[in]	iSubCellTypeName	name of the subcelltype

Returns: the ID of the subcelltype

Definition at line 203 of file GoDBMeshRow.cxx.

void GoDBMeshRow::InitializeMap ( )

protectedvirtual

virtual pure. initialize all the values of the map

Reimplemented from GoDBTraceRow.

Definition at line 147 of file GoDBMeshRow.cxx.

void GoDBMeshRow::SafeDownCast ( GoDBTraceRow & iRow )

convert a GoDBTraceRow in GoDBMeshRow

Parameters

[in] iRow

Definition at line 133 of file GoDBMeshRow.cxx.

int GoDBMeshRow::SaveInDB ( vtkMySQLDatabase * DatabaseConnector )

virtual

save the row in the database if the TraceID is set to "0", update the existing traceRow if the TraceID is <> 0

Parameters

[in] DatabaseConnector connection to the database

Returns: the ID of the updated or saved trace

Implements GoDBTraceRow.

Definition at line 163 of file GoDBMeshRow.cxx.

void GoDBMeshRow::SaveInDBTotalIntensityPerChannel	(	vtkMySQLDatabase *	DatabaseConnector,
		boost::unordered_map< std::string, int >	iNameChannelWithValues
	)

create the intensities per channel based on the channel names and values contained in iNameChannelWithValues

Parameters

[in]	DatabaseConnector	connection to the database
[in]	iNameChannelWithValues	map with keys as channel names and values as intensities

Definition at line 227 of file GoDBMeshRow.cxx.

void GoDBMeshRow::SetCellType	(	vtkMySQLDatabase *	DatabaseConnector,
		std::string	CellTypeName
	)

put the value of map["Celltype"] to CellTypeName

Parameters

[in]	DatabaseConnector	connection to the database
[in]	CellTypeName

Definition at line 189 of file GoDBMeshRow.cxx.

void GoDBMeshRow::SetSubCellType	(	vtkMySQLDatabase *	DatabaseConnector,
		std::string	SubCellTypeName
	)

put the value of map["SubCelltype"] to SubCellTypeName

Parameters

[in]	DatabaseConnector	connection to the database
[in]	SubCellTypeName

Definition at line 213 of file GoDBMeshRow.cxx.

void GoDBMeshRow::SetTheDataFromTheVisu	(	vtkMySQLDatabase *	DatabaseConnector,
		vtkPolyData *	TraceVisu,
		GoDBCoordinateRow	iCoordMin,
		GoDBCoordinateRow	iCoordMax,
		GoFigureMeshAttributes *	iMeshAttributes
	)

This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.

Definition at line 112 of file GoDBMeshRow.cxx.

Member Data Documentation

boost::unordered_map< std::string, int > GoDBMeshRow::m_NameChannelWithValues

protected

Definition at line 156 of file GoDBMeshRow.h.

The documentation for this class was generated from the following files:

Code/IO/GoDBRow/GoDBMeshRow.h
Code/IO/GoDBRow/GoDBMeshRow.cxx

Public Member Functions

Static Public Member Functions

Protected Member Functions

Protected Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation