libgofigure-dev 0.9.0-3+b1 / usr / include / gofigure2 / GoDBTWContainerForMesh.h

/*=========================================================================
 Authors: The GoFigure Dev. Team.
 at Megason Lab, Systems biology, Harvard Medical school, 2009-11

 Copyright (c) 2009-11, President and Fellows of Harvard College.
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#ifndef __GoDBTWContainerForMesh_h
#define __GoDBTWContainerForMesh_h

#include "GoDBTWContainerForContourMesh.h"
#include "QGoIOConfigure.h"
#include "GoFigureMeshAttributes.h"

/** 
\class GoDBTWContainerForMesh 
\brief This class describes the specificities of the GoDBTWContainerForContourMesh for mesh
\ingroup DB
*/
class QGOIO_EXPORT GoDBTWContainerForMesh:public GoDBTWContainerForContourMesh
{
public:
  GoDBTWContainerForMesh(int iImgSessionID);
  ~GoDBTWContainerForMesh();

  //from mother class
  virtual TWContainerType GetContainerLoadedWithAllFromDB(
    vtkMySQLDatabase *iDatabaseConnector, std::list<unsigned int> iListTPs = std::list<unsigned int>());
  //from mother class
  virtual TWContainerType GetContainerForOneSpecificTrace(
    vtkMySQLDatabase *iDatabaseConnector, int iTraceID);

  /**
  \brief set m_MeshAttributes to iMeshAttributes, needs to be called
  before displaying the volume, area values
  \param[in] iMeshAttributes attributes for the mesh computed from visu
  */
  void SetMeshAttributes(GoFigureMeshAttributes *iMeshAttributes);

protected:
  std::vector< std::vector< std::string > > m_ChannelsInfo;
  GoFigureMeshAttributes *                  m_MeshAttributes;

  /**
  \brief add the specific info for a trace to the columns description
  */
  void SetSpecificInfoForMeshTable();

  /**
  \brief add as many columns with their description as there is Channels
  */
  void SetColumnsInfoBasedOnChannelsInfo();

  /**
  \brief get the info for the channels from the database and set the corresponding
  columns for the intensities values
  \param[in] iDatabaseConnector connection to the database
  */
  void SetChannelsInfo(vtkMySQLDatabase *iDatabaseConnector);

  /**
  \brief fill the row container with intensities values only if there is
  more than one mesh in the iVectmeshIDs and that m_MeshAttributes = 0,
  (expl: when all meshes are loaded from the database)
  if not, fill the container with values for volume and area also (expl:
  when a mesh is created from the visu)but the method SetMeshAttributes
  has to be called before.
  \param[in] iDatabaseConnector connection to the database
  \param[in] iVectMeshIDs vector of the meshIDs
  */
  void FillRowContainerForMeshValues(
    vtkMySQLDatabase *iDatabaseConnector, std::vector< std::string > iVectMeshIDs);

  /**
  \overload
  */
  void FillRowContainerForMeshValues(
    vtkMySQLDatabase *iDatabaseConnector, int iMeshID);

  /**
  \brief extract the volume and area values from the m_MeshAttributes,put
  them in ioValuesToFill and put the corresponding columns names in ioSelectFields
  \param[in,out] ioValuesToFill vector of the values where volume and area values
  will be pushed
  \param[in,out] ioSelectFields vector of the selected fields where the volume and
  area columns names in the TW will be pushed
  */
  void GetValuesForSurfaceVolume(
    std::vector< std::vector< std::string > > & ioValuesToFill,
    std::vector< std::string >               & ioSelectFields);

  /**
  \brief get the intensities values from the database,put them in ioValuesToFill,
  and put the corresponding columns names in ioSelectFields (from m_ChannelsInfo)
  \param[in] iDatabaseConnector connection to the database
  \param[in] iVectMeshIDs vector of the meshIDs for which the intensities are needed
  \param[in,out] ioValuesToFill vector of the values where the intensities values
  will be pushed
  \param[in,out] ioSelectFields vector of the selected fields where the intensities
  columns names in the TW will be pushed
  */
  void GetValuesForIntensities(
    vtkMySQLDatabase *iDatabaseConnector,
    std::vector< std::string > iVectMeshIDs,
    std::vector< std::vector< std::string > > & ioValuesToFill,
    std::vector< std::string >               & ioSelectFields);

  /**
  \brief get the intensities values from the database,and put them in ioValuesToFill for
  only one mesh
  \param[in] iMeshID meshID for the mesh the intensity values are needed
  \param[in,out] ioValuesToFill vector of the values where the intensities values
  will be pushed
  \param[in] iDatabaseConnector connection to the database
  */
  void GetIntensityValuesForOneMesh(std::string iMeshID,
                                    std::vector< std::vector< std::string > > & ioValuesToFill,
                                    vtkMySQLDatabase *iDatabaseConnector);

  /**
  \brief sort the values in iResultQuery to fill ioValuesToFill
  \param[in] iResultQuery vector with all the data from the database
  \param[in] iVectMeshIDs vector of all the meshIDs
  \param[in] ioValuesToFill vector of the values where the intensities values
  will be pushed
  */
  void GetValuesToFillForIntensityFromQueryResults(
    std::vector< std::string > iResultQuery, std::vector< std::string > iVectMeshIDs,
    std::vector< std::vector< std::string > > & ioValuesToFill);

  /**
  \brief set the columns and their description for the specific columns for mesh
  except the ones related to channels as a connection to the database is needed
  to know the number of channels
  */
  void SetSpecificColumnsInfoForMesh();
};
#endif